INEOS ABS

MATERIALBRANDGRADETYPICAL APPLICATIONS
ABSLustran® ABSLustran ABS 1146Injection molding grade of ABS with very high impact, offering a good balance of physical properties with high ductility at low temperatures
ABSLustran® ABSLustran ABS 1152Extrusion grade of ABS with very high impact, superior toughness (especially in low temperature applications), and good thermoformability
ABSLustran® ABSLustran ABS 241Natural, stiff-flow ABS blending resin for use with high impact ABS for DWV pipe & fittings; Meets or exceeds ASTM D3965 1-1-2-2-2 cell classification and listed under NSF Standard 14
ABSLustran® ABSLustran ABS 248Injection molding grade of ABS with high gloss and medium impact, offering a good balance of physical properties; Complies with FDA regulation 21 CFR 181.32 for repeated-use food-contact applications in certain colors
ABSLustran® ABSLustran ABS 248FCInjection molding grade of ABS with high gloss and medium impact, offering a good balance of physical properties; Complies with FDA regulation 21 CFR 181.32 for repeated-use food-contact applications and EU Directive 2002/72/EC and its amendments (2004/1/EC, 2004/19/EC, 2005/79/EC, 2008/39/EC) relating to plastic materials and articles intended to come into contact with foodstuffs in certain colors; Designated as “medical-grade” and has met the requirements of the USP Class VI and ISO 10993, Part I “Biological Evaluation of Medical Devices” tests with human tissue contact time of 30 days or less
ABSLustran® ABSLustran ABS 256Extrusion grade of ABS with medium flow, medium impact, and low gloss; Can be used alone or for blending with other Lustran ABS virgin and regrind materials to optimize cost and performance
ABSLustran® ABSLustran ABS 261Natural, medium-flow ABS blending resin for use with high impact ABS for DWV pipe & fittings; Meets or exceeds ASTM D3965 3-1-5-2-2 cell classification
ABSLustran® ABSLustran ABS 266Clear (transparent) injection molding grade of ABS, providing clarity and toughness with ease of processing
ABSLustran® ABSLustran ABS 288Injection molding grade of ABS with very high flow, good impact and high gloss; Designed for use in a wide range of applications, particularly thin-walled components; Complies with FDA regulation 21 CFR 181.32 for repeated-use food-contact applications in certain colors
ABSLustran® ABSLustran ABS 308Injection molding grade of ABS with low gloss; Designated as “medical-grade” and has met the requirements of the USP Class VI and ISO 10993, Part I “Biological Evaluation of Medical Devices” tests with human tissue contact time of 30 days or less
ABSLustran® ABSLustran ABS 348Injection molding grade of ABS with medium impact and high gloss, offering a good balance of physical properties, intermediate abuse resistance, and rigidity; Designated as “medical-grade” and has met the requirements of the USP Class VI and ISO 10993, Part I “Biological Evaluation of Medical Devices” tests with human tissue contact time of 30 days or less
ABSLustran® ABSLustran ABS 349Injection molding grade of ABS with medium impact and high gloss that has been specifically formulated for excellent surface lubricity using internal additives
ABSLustran® ABSLustran ABS 433Injection molding grade of ABS with high impact and high gloss; Complies with FDA regulation 21 CFR 181.32 for repeated-use food-contact applications in certain colors
ABSLustran® ABSLustran ABS 446Injection molding grade of ABS with high impact and high gloss for use in automotive applications requiring impact and abuse resistance
ABSLustran® ABSLustran ABS 448Injection molding grade of ABS with high impact, high gloss and improved toughness versus Lustran ABS 248; Complies with FDA regulation 21 CFR 181.32 for repeated-use food-contact applications in certain colors; Listed under NSF 51 for food equipment materials
ABSLustran® ABSLustran ABS 451Injection molding grade of ABS with medium impact and high gloss, designed with a unique balance of impact, heat resistance, flow and gloss for major appliance applications; Complies with FDA regulation 21 CFR 181.32 for repeated-use food-contact applications in certain colors
ABSLustran® ABSLustran ABS 488Injection molding grade of ABS with medium-to-high impact and very high gloss, offering a good balance of physical properties including very good moldability and improved surface aesthetics
ABSLustran® ABSLustran ABS 552Extrusion grade of ABS with medium gloss and medium impact; Designed to be used alone or blended with higher impact ABS for profile extrusion or substrate coextrusion
ABSLustran® ABSLustran ABS 556Extrusion grade of ABS with very low gloss and medium impact grade; Designed to be used alone or extruded over Lustran ABS 752
ABSLustran® ABSLustran ABS 620High modulus, HFC 134a and HCFC 22 resistant extrusion grade of ABS designed for refrigerator door and food liners; Offers good melt strength and deep draw formability for superior material distribution in large complex parts
ABSLustran® ABSLustran ABS 633Injection molding grade of ABS with high impact and high gloss, offering a good balance of physical properties and good moldability
ABSLustran® ABSLustran ABS 648Injection molding grade of ABS with high impact and high gloss, offering a good balance of physical properties and easy flow to enhance moldability
ABSLustran® ABSLustran ABS 682High performance, HCFC-141b resistant grade of ABS for injection molded refrigerator and freezer components
ABSLustran® ABSLustran ABS 720Black injection molding grade of ABS designed for molded drain, waste, and vent (DWV) fittings; Meets or exceeds ASTM D 3965 3-2-2-2-2 cell class requirements for ASTM F 628 and D 2661 and is also listed under NSF Standard 14
ABSLustran® ABSLustran ABS 732Extrusion grade of ABS designed for use in thermoformed refrigerator and freezer liner applications and suitable for use with 245fa polyurethane foams
ABSLustran® ABSLustran ABS 750Black injection molding grade of ABS designed for molded drain, waste, and vent (DWV) fittings; Meets or exceeds ASTM D 3965 3-2-2-2-2 cell class requirements for ASTM F 628 and D 2661 and is also listed under NSF Standard 14
ABSLustran® ABSLustran ABS 752Extrusion grade of ABS with high gloss and high impact grade for sheet extrusion; Designed to be used alone or as a high impact substrate under specialty grades of Lustran ABS
ABSLustran® ABSLustran ABS 786Black extrusion grade of ABS designed for extruded drain, waste, and vent (DWV) pipe; Meets or exceeds ASTM D 3965 4-2-2-2-2 cell class requirements for ASTM F 628 and D 2661 and is also listed under NSF Standard 14
ABSLustran® ABSLustran ABS Elite HH 1827Injection molding grade of ABS for high-heat applications in the automotive market, providing high heat resistance, low gloss, toughness, and easy flow for processing molded-in color parts
ABSLustran® ABSLustran ABS Elite HH 1891Injection molding grade of ABS for high-heat applications in the automotive market, providing very high heat resistance, low gloss, toughness, and easy flow for processing molded-in color parts
ABSLustran® ABSLustran ABS LGAInjection molding grade of ABS with low gloss for automotive applications, offering an excellent balance of rigidity, impact strength, and abuse resistance
ABSLustran® ABSLustran ABS LGMInjection molding grade of ABS with low gloss and easy flow, offering an excellent balance of rigidity, impact strength, and abuse resistance
ABSLustran® ABSLustran ABS LK197Extrusion grade of ABS with a low gel level, high gloss and medium impact, providing excellent surface appearance, a superior balance between rigidity and impact strength, and excellent melt strength for good thermoformability
ABSLustran® ABSLustran ABS PG 298Plateable injection-molding grade of ABS, designed specifically for improved thermocycle performance and outstanding plate adhesion
SANLustran® SANLustran SAN 29Injection molding grade of transparent SAN for use in applications requiring better impact strength than general purpose SAN; Base resin complies with FDA regulation 21 CFR 181.32 for use in the manufacture of repeated-use houseware; Also meets U.S. Pharmacopeia 23 Class 6 test
SANLustran® SANLustran SAN 31Injection molding grade of transparent SAN for use in applications requiring clarity, heat and chemical resistance, strength, and rigidity; Complies with FDA regulation 21 CFR 181.32 for use in the manufacture of repeated-use houseware articles as well as FDA modified ISO 10993-1, Also meets U.S. Pharmacopeia 23 Class 6 test requirements
SANLustran® SANLustran SAN 51Injection molding grade of transparent SAN for use in demanding applications requiring extra toughness and superior chemical resistance
SANLustran® SANLustran SAN CN20SAN grade for the compounding market, supplied in bead form
SANLustran® SANLustran SAN CN25SAN grade for the compounding market, supplied in bead form
SANLustran® SANLustran SAN CN40SAN grade for the compounding market, supplied in bead form
SANLustran® SANLustran SAN CN87SAN grade for the compounding market, supplied in bead form
SANLustran® SANLustran SAN CN88SAN grade for the compounding market, supplied in bead form
SANLustran® SANLustran SAN CN90SAN grade for the compounding market, supplied in bead form
SANLustran® SANLustran SAN DN50SAN grade for the compounding market, supplied in pellet form
SANLustran® SANLustran SAN DN59SAN grade for the compounding market, supplied in pellet form
SANLustran® SANLustran SAN DN77SAN grade for the compounding market, supplied in pellet form
SANLustran® SANLustran SAN DN79SAN grade for the compounding market, supplied in pellet form
SANLustran® SANLustran SAN LK 273Injection molding grade of transparent SAN for use in general purpose applications requiring clarity, heat and chemical resistance, strength, and rigidity; Complies with FDA regulation 21 CFR 181.32 for use in the manufacture of repeated-use houseware articles
SANLustran® SANLustran SAN SparkleInjection molding grade of our most transparent SAN for use in applications requiring glass-like clarity with superior characteristics, Complies with FDA regulation 21 CFR 181.32 for use in the manufacture of repeated-use houseware articles as well as FDA modified ISO 10993-1; Also meets U.S. Pharmacopeia 23 Class 6 test requirements
SMALustran® SMALustran SMA 2171Injection molding grade of impact-modified SMA terpolymer offering high heat resistance coupled with excellent chemical and impact resitance
SMALustran® SMALustran SMA 231616% Glass-reinforced, injection molding grade of impact-modified SMA terpolymer offering high heat resistance coupled with rigidity and decorability, making it an ideal choice for automotive instrument panel and console applications
SMALustran® SMALustran SMA 245Styrene Maleic Anhydride copolymer manufactured at a target maleic anhydride level of 25% with good clarity and uniform composition
ABS/Nylon AlloyTriax®Triax 1120Injection molding grade of ABS/Nylon alloy with excellent processibility, good chemical resistance, good fatigue performance, and excellent abrasion characteristics
ABS/Nylon AlloyTriax®Triax 1185Injection molding grade of ABS/Nylon alloy with improved impact resistance across a broad temperature range and excellent surface appearance, in addition to good processibility and chemical resistance
ABS/Nylon AlloyTriax®Triax 131515% Glass fiber reinforced, injection molding grade of ABS/Nylon alloy with improved strength, rigidity and heat resistance for applications requiring good rigidity and warpage control

INEOS Barex

MATERIALBRANDGRADETYPICAL APPLICATIONS
Acrylonitrile / Methyl Acrylate CopolymerBarexBarex 210 Extrusion GradeBarex 210 Extrusion Grade resin can easily be used in sheet extrusion, thermoforming, and extrusion blow molding, to produce high barrier packaging containers.
Acrylonitrile / Methyl Acrylate CopolymerBarexBarex 210 Film GradeBarex Film Grade resin can easily be used for producing high barrier film and laminate structures. It is specifically designed to run on demanding film manufacturing equipment to produce a high quality film.
Acrylonitrile / Methyl Acrylate CopolymerBarexBarex 210 Injection GradeBarex Injection Grade resin can easily be used in injection molding, injection blow molding, and injection stretch blow molding of high barrier containers and chemically resistant parts.
Acrylonitrile / Methyl Acrylate CopolymerBarexBarex 214 Calender GradeBarex Calender Grade resin is specifically formulated for calendering lines, and can easily be manufactured into film and sheet for high barrier packaging.
Acrylonitrile / Methyl Acrylate CopolymerBarexBarex 218 Extrusion GradeBarex 218 Extrusion Grade resin has increased flexibility and higher impact resistance than the standard Barex 210 resins. It can be used for the same uses as 210 EN to produce larger bottles and ultra-deep-draw thermoformed trays for high barrier packaging applications.

INEOS Bio

MATERIALBRANDGRADETYPICAL APPLICATIONS
Cellulosic Ethanol Advanced renewable biofuelCellulosic ethanol is a fully renewable, advanced biofuel that can be used in today's cars.  It is one of the most cost effective ways to reduce greenhouse gas emissions and gasoline consumption use in road transport, and can deliver CO2 reduction benefits similar to improved vehicle efficiency. Cellulosic ethanol is a fully renewable, advanced biofuel that can be used in today's cars.  It is one of the most cost effective ways to reduce greenhouse gas emissions and gasoline consumption use in road transport, and can deliver CO2 reduction benefits similar to improved vehicle efficiency.

INEOS ChlorVinyls

MATERIALBRANDGRADETYPICAL APPLICATIONS
Carbon Tetra Chloride Carbon Tetra ChlorideSpecialist feedstock
Chlorinated paraffinCERECLOR, MEFLEXCereclorPVC plasticisers. Extreme pressure additive for metal working fluids. Fire retardant/plasticiser in paints, polyurethane foams and range of rubbers. Carbonless copying papers (MEFLEX™)
Chlorine ChlorineWater disinfection. Chemical intermediate in the manufacture of agro chemicals, pharmaceuticals, flame retardants, titanium dioxide etc….
Chloroform ChloroformPharmaceutical industry process solvent, feedstock chemical for HCFC 22 production
Ethylene Dichloride Ethylene DichlorideChemical Intermediate. Raw Material for VCM/PVC
Hydrochloric Acid Hydrochloric acidChemical intermediate in the manufacture of pharmaceuticals, metal chlorides, dyestuffs, synthetic rubbers. Industrial Effluent Neutralisation. Metal Cleaning /Pickling. Water Treatment. Oil Drilling
Hydrogen HydrogenChemical manufacture, e.g. hydrogen peroxide, hydrogenation processes
Methylene ChlorideMETHOKLONEMethylene ChlorideMetal degreasing. Pharmaceuticals. Paint and varnish remover formulations (professional use). Polyurethane foam blowing. Adhesives. Extraction solvent
PVCPEVIKONPevikon P11High speed coating and rotoscreen. Compact and foamed wall coverings and foamed artificial leather. Semi rigid chemical foam. Impregnation.
PVCPEVIKONPevikon P1412Technical coating, base and top coat. Tarpaulins, roofing and coil coating. Rotational and dip moulding. Cap closures.
PVCPEVIKONPevikon P15Chemical foam: flooring, wall coverings and artificial leather. Chemical embossing.
PVCPEVIKONPevikon P1510Rotogravure printing without solvents. Screen printing with fine mesh (185 and 250). Thin layer coating. Impregnation (saturant). Metallic effect applications. Products where high transparency is required. Dip moulding.
PVCPEVIKONPevikon P2170Highly filled impregnation and foam.
PVCPEVIKONPevikon P2280Highly filled impregnation and base coat.
PVCPEVIKONPevikon P2310Alternative to copolymers. Suitable for automotive under-body coating and carpet backing where low gelling temperature and/or short gelling time is required .
PVCPEVIKONPevikon P602Alternative to copolymers. Base coat and chemical foam for flooring and wall covering. Chemical foam backing for carpets.
PVCPEVIKONPevikon P682Chemical foam: flooring, wall coverings and artificial leather. Chemical embossing. General purpose coating. Rotational and dip moulding soft articles.
PVCPEVIKONPevikon P709Base coat for open weave fabrics. Viscosity modifier. Soft chemical foam in general.
PVCPEVIKONPevikon P737Glove dipping. Air filter sealant. Viscosity modifier for moulding of very soft articles.
Potassium Carbonate Potassium Carbonate (50%)Food. Photographic chemicals. Detergents
Potassium Hydroxide Potassium Hydroxide (Liquid and Flakes)Potassium salts. Soaps and detergents. De-icers. Liquid fertilisers. Electrolyte for batteries. Superabsorbant polymers. Food additives. Cosmetics. Pharmaceuticals. Photographic chemicals. Oildrilling. Catalyst for biodiesel production.
Sodium Hydroxide Sodium HydroxideChemical Intermediate in the manufacture of Pharmaceuticals, sodium salts e.g citrates, cyanides, silicates, hypochlorites. Alumina extraction. Pulp and paper manufacture. Industrial effluent treatment / neutralisation. Soap and surfactant manufacture.
Sodium Hypochlorite Sodium HypochloriteWater disinfection, sewage treatment, bleach
PVCNORVINYLSuspension PVC S5702Rigid film for packaging (e.g. thermoformed blister packs and collation trays, folded boxes), technical films (e.g. credit, ID and smart cards), furniture veneers. Rigid compact and foamed sheet. Rigid compact and foamed profiles for a variety of applications such as claddings, window boards and trims. Rigid foam core pipes and compact pipe fittings. Injection mouldings, including housings for office equipment. Bottles made by a variety of blow moulding techniques (e.g. for household chemicals, toiletries, cosmetics and foodstuffs)
PVCNORVINYLSuspension PVC S5730Rigid film for packaging (e.g. thermoformed blister packs and collation trays, folded boxes), technical films (e.g. credit, ID and smart cards), furniture veneers. Rigid compact and foamed sheet. Rigid compact and foamed profiles for a variety of applications such as claddings, window boards and trims. Rigid foam core pipes and compact pipe fittings. Injection mouldings, including housings for office equipment. Bottles made by a variety of blow moulding techniques (e.g. for household chemicals, toiletries, cosmetics and foodstuffs)
PVCNORVINYLSuspension PVC S5736Rigid film for packaging (e.g. thermoformed blister packs and collation trays, folded boxes), technical films (e.g. credit, ID and smart cards), furniture veneers. Rigid compact and foamed sheet. Rigid compact and foamed profiles for a variety of applications such as claddings, window boards and trims. Rigid foam core pipes and compact pipe fittings. Injection mouldings, including housings for office equipment. Bottles made by a variety of blow moulding techniques (e.g. for household chemicals, toiletries, cosmetics and foodstuffs)
PVCNORVINYLSuspension PVC S5737Rigid film for packaging (e.g. thermoformed blister packs and collation trays, folded boxes), technical films (e.g. credit, ID and smart cards), furniture veneers. Rigid compact and foamed sheet. Rigid compact and foamed profiles for a variety of applications such as claddings, window boards and trims. Rigid foam core pipes and compact pipe fittings. Injection mouldings, including housings for office equipment. Bottles made by a variety of blow moulding techniques (e.g. for household chemicals, toiletries, cosmetics and foodstuffs)
PVCNORVINYLSuspension PVC S5745Rigid film for packaging (e.g. thermoformed blister packs and collation trays, folded boxes), technical films (e.g. credit, ID and smart cards), furniture veneers. Rigid compact and foamed sheet. Rigid compact and foamed profiles for a variety of applications such as claddings, window boards and trims. Rigid foam core pipes and compact pipe fittings. Injection mouldings, including housings for office equipment. Bottles made by a variety of blow moulding techniques (e.g. for household chemicals, toiletries, cosmetics and foodstuffs)
PVCNORVINYLSuspension PVC S5902Rigid profile extrusion and calendering. Lightly plasticised applications for medical injection moulding articles. Rigid film for packaging (e.g. thermoformed blister packs, collation trays, folded boxes, medical blister), technical films (e.g. credit, ID & smart cards), furniture veneers. Sheet extrusion. General purpose injection mouldings. Flooring
PVCNORVINYLSuspension PVC S6030Rigid profile extrusion and calendering. Lightly plasticised applications for medical injection moulding articles. Rigid film for packaging (e.g. thermoformed blister packs, collation trays, folded boxes, medical blister), technical films (e.g. credit, ID & smart cards), furniture veneers. Sheet extrusion. General purpose injection mouldings. Flooring
PVCNORVINYLSuspension PVC S6037Rigid profile extrusion and calendering. Lightly plasticised applications for medical injection moulding articles. Rigid film for packaging (e.g. thermoformed blister packs, collation trays, folded boxes, medical blister), technical films (e.g. credit, ID & smart cards), furniture veneers. Sheet extrusion. General purpose injection mouldings. Flooring
PVCNORVINYLSuspension PVC S6045Rigid profile extrusion and calendering. Lightly plasticised applications for medical injection moulding articles. Rigid film for packaging (e.g. thermoformed blister packs, collation trays, folded boxes, medical blister), technical films (e.g. credit, ID & smart cards), furniture veneers. Sheet extrusion. General purpose injection mouldings. Flooring
PVCNORVINYLSuspension PVC S6261Calendering of film and sheet. Extrusion of sheet and complicated profiles. Blowing of film and bottles
PVCNORVINYLSuspension PVC S6502Calendering of semi-rigid and flexible, transparent or opaque film. Extrusion of transparent or opaque flexible tubes and profiles. Extrusion of rigid profiles and sheet. Injection moulding of shoe soles and boots. Cable sheating and insulation
PVCNORVINYLSuspension PVC S6545Calendering of semi-rigid and flexible, transparent or opaque film. Extrusion of transparent or opaque flexible tubes and profiles. Extrusion of rigid profiles and sheet. Injection moulding of shoe soles and boots. Cable sheating and insulation
PVCNORVINYLSuspension PVC S6550Calendering of semi-rigid and flexible, transparent or opaque film. Extrusion of transparent or opaque flexible tubes and profiles. Extrusion of rigid profiles and sheet. Injection moulding of shoe soles and boots. Cable sheating and insulation
PVCNORVINYLSuspension PVC S6630Rigid profiles, particularly window profiles. Rigid pipes – potable water pipe, rainwater goods, soil and sewer pipe, land drainage pipe. Rigid sheet – opaque and clear. Rigid duct, conduit and trunking for telecommunications and cable management
PVCNORVINYLSuspension PVC S6636Rigid profiles, particularly window profiles. Rigid pipes – potable water pipe, rainwater goods, soil and sewer pipe, land drainage pipe. Rigid sheet – opaque and clear. Rigid duct, conduit and trunking for telecommunications and cable management
PVCNORVINYLSuspension PVC S6650Rigid profiles, particularly window profiles. Rigid pipes – potable water pipe, rainwater goods, soil and sewer pipe, land drainage pipe. Rigid sheet – opaque and clear. Rigid duct, conduit and trunking for telecommunications and cable management
PVCNORVINYLSuspension PVC S6706Rigid profiles, particularly window profiles. Rigid pipes – potable water pipe, rainwater goods, soil and sewer pipe, land drainage pipe. Rigid sheet – opaque and clear. Rigid duct, conduit and trunking for telecommunications and cable management
PVCNORVINYLSuspension PVC S6745Rigid profiles, particularly window profiles. Rigid pipes – potable water pipe, rainwater goods, soil and sewer pipe, land drainage pipe. Rigid sheet – opaque and clear. Rigid duct, conduit and trunking for telecommunications and cable management
PVCNORVINYLSuspension PVC S6770Rigid profiles, particularly window profiles. Rigid pipes – potable water pipe, rainwater goods, soil and sewer pipe, land drainage pipe. Rigid sheet – opaque and clear. Rigid duct, conduit and trunking for telecommunications and cable management
PVCNORVINYLSuspension PVC S6806Rigid profiles, particularly window profiles. Rigid pipes – particularly pressure pipes, rainwater goods, soil and sewer pipe, land drainage pipe. Rigid sheet – opaque and clear, flat and corrugated sheet. Rigid duct, conduit and trunking for telecommunications and cable management
PVCNORVINYLSuspension PVC S6830Rigid profiles, particularly window profiles. Rigid pipes – particularly pressure pipes, rainwater goods, soil and sewer pipe, land drainage pipe. Rigid sheet – opaque and clear, flat and corrugated sheet. Rigid duct, conduit and trunking for telecommunications and cable management
PVCNORVINYLSuspension PVC S6850Rigid profiles, particularly window profiles. Rigid pipes – particularly pressure pipes, rainwater goods, soil and sewer pipe, land drainage pipe. Rigid sheet – opaque and clear, flat and corrugated sheet. Rigid duct, conduit and trunking for telecommunications and cable management
PVCNORVINYLSuspension PVC S7050Flexible packaging films, cling, shrink and stretch wrap. Flexible sheet (e.g. swimming pool liners, garden pools, inflatables, luggage, groundsheets, laminates for domestic appliances, waterproof roofing membranes). Flexible clear profile. Flexible injection mouldings and rotational mouldings. Flexible extrusions (e.g. hosepipes, gaskets). Cable insulation and sheathing. Footwear. Continuous flooring
PVCNORVINYLSuspension PVC S7060Flexible packaging films, cling, shrink and stretch wrap. Flexible sheet (e.g. swimming pool liners, garden pools, inflatables, luggage, groundsheets, laminates for domestic appliances, waterproof roofing membranes). Flexible clear profile. Flexible injection mouldings and rotational mouldings. Flexible extrusions (e.g. hosepipes, gaskets). Cable insulation and sheathing. Footwear. Continuous flooring
PVCNORVINYLSuspension PVC S7102Flexible packaging films, cling, shrink and stretch wrap. Flexible sheet (e.g. swimming pool liners, garden pools, inflatables, luggage, groundsheets, laminates for domestic appliances, waterproof roofing membranes). Flexible clear profile. Flexible injection mouldings and rotational mouldings. Flexible extrusions (e.g. hosepipes, gaskets). Cable insulation and sheathing. Footwear. Continuous flooring
PVCNORVINYLSuspension PVC S8060Flexible films. Flexible sheet (e.g. swimming pool liners, garden pools, inflatables, luggage, groundsheets, laminates for domestic appliances, waterproof roofing membranes). Flexible clear profiles. Flexible extrusions (e.g. hosepipes, gaskets). Footwear. Continuous flooring. Medical applications, including crystal clear flexible sheet, tubing and injection mouldings

INEOS Enterprises

MATERIALBRANDGRADETYPICAL APPLICATIONS
Ammonia Ammonia Solution 25%Water Treatment, DeNOx, Ph control
Ammonia Anhydrous AmmoniaFertilisers
Polymers including acrylic fibres, nylon-6, Nylon-66 and polyurethanes
Explosives
Pure Dried Vacuum Salt Animal Feed Grade Pure Dried Vacuum Salt 
Nitric Acid Azeotropic Nitric AcidPolyurethane, fertilisers
Benzaldehyde BenzaldehydeFlavour & Fragrance, Agrochem, Pharma
Benzotrichloride BenzotrichlorideUV stabilisers, Suncreams
Benzoylchloride BenzoylchlorideCatalysts, UV stabilisers, Pharma, Food
Benzyl Alcohol Benzyl AlcoholEpoxy hardeners, Resins, Paints & Coatings
Benzylchloride BenzylchlorideBiocides, Agrochem , Flavour & Fragrance
Bio Fuel BIODIESELBiofuel for diesel engines
EstersCEREPLASCEREPLAS Adipate Esters: DOA, DIDA, DTDAPVC plasticisers
Rubber plasticisers
Oilfield
Chemicals intermediates
Numerous other industrial applications
EstersCEREPLASCEREPLAS Sebacate Esters: DOS, DIDSPVC plasticisers
Rubber plasticisers
Oilfield
Chemicals intermediates
Numerous other industrial applications
EstersCEREPLASCEREPLAS Terephthalate Esters: 100XSPVC plasticisers
Rubber plasticisers
Oilfield
Chemicals intermediates
Numerous other industrial applications
EstersCEREPLASCEREPLAS Trimellitate Esters: OTM, L8TM, L810TMPVC plasticisers
Rubber plasticisers
Oilfield
Chemicals intermediates
Numerous other industrial applications
Sea Salt Coarse Sea Salt (Koshering Salt)Kosher meats
Preservation and flavour enhancement in food industry
Vegetable Glycerine Crude Glycerine 80% (Acetate)Animal feed chemical intermediates
Vegetable Glycerine Crude Glycerine 80% (Chloride)Animal feed chemical intermediates
Vegetable Oil Crude Rape OilBiodiesel technical raw material
Dibenzyl oxide Dibenzyl oxideFlavour & Fragrance
Ethanol Ethanol DRAA DenaturedPhamaceutrical Personal Care Cosmetics detergents printing inks coating screen wash chemical intermediates
Ethanol Ethanol DRAA UndenaturedPhamaceutrical Personal Care Cosmetics detergents printing inks coating screen wash chemical intermediates
Ethanol Ethanol DRS DenaturedPhamaceutrical Personal Care Cosmetics detergents printing inks coating screen wash chemical intermediates
Ethanol Ethanol DRS UndenaturedPhamaceutrical Personal Care Cosmetics detergents printing inks coating screen wash chemical intermediates
Vegetable Fatty Acids Fatty AcidsBiodiesel raw material
Sea Salt Fine Sea SaltKosher meats
Preservation and flavour enhancement in food industry
Pure Dried Vacuum SaltMicrofineFinely Ground Pure Dried Vacuum SaltWide range of consumer goods including shampoo, textiles and dyes
Preservation and flavour enhancement in the food industry
Water treatment
De-icing brine
Vegetable Oil Fully Refined Rape OilBiodiesel technical raw material
Granular SaltHydrosoftGranular SaltDomestic and commercial water softening equipment
Fish curing
Pure Dried Vacuum Salt Industrial Pure Dried Vacuum Salt 
Sulphur Molten SulphurPower generation
Chemical intermediates
Oleum Oleum 20Fuel additives
Cosmetics and healthcare
Speciality polymers
Ortho-chloro Benzaldehyde Ortho-chloro BenzaldehydeAgrochem, Optical brighteners, Pharma
Ortho-chloro Benzylchloride Ortho-chloro BenzylchlorideAgrochem
Granulate CompoundHy-VinPVC Bottle CompoundPackaging
Dryblend CompoundHy-VinPVC Cellular DryblendConstruction cladding
Granulate CompoundVinakonPVC Easy Flow Moulding MaterialsConstruction
Granulate CompoundHy-Vin, Evicom, NorvinylPVC Flexible Clear CompoundsHoses tubing packaging
Granulate CompoundHy-Vin, Evicom, NorvinylPVC Flexible Electrical CompoundsCables sheathing
Granulate CompoundHy-Vin, Evicom, NorvinylPVC Flexible Moulding CompoundsFootwear Automotive Matting
Granulate CompoundVaycron, EvicomPVC Flexible Nitrile CompoundsWindow gasketing Hose Cable
Dryblend CompoundHy-Vin, Evicom, NorvinylPVC GP DryblendConstruction Cable management Cladding
Granulate CompoundHy-Vin, Evicom, NorvinylPVC GP Flexible ExtrusionCables Floor trims
Granulate CompoundHy-Vin, Evicom, NorvinylPVC GP Rigid ExtrusionConstruction Cable management
Granulate CompoundHy-Vin, EvicomPVC Medical CompoundsMedical
Granulate / Dryblend compoundHy-Vin, Evicom, NorvinylPVC Rigid Clear ExtrusionConstruction Roller Shutters
Granulate CompoundHy-VinPVC Rigid Composite CompoundsDecking
Dryblend CompoundHy-VinPVC Window DryblendWindow Profiles
Rape Meal Rape MealAnimal Feed
Vegetable Methyl Ester RSME 
Vegetable Oil Semi-refined Rape OilBiodiesel technical raw material
Pure Dried Vacuum SaltPDVStandard Pure Dried Vacuum SaltWide range of consumer goods including shampoo, textiles and dyes
Preservation and flavour enhancement in the food industry
Water treatment
De-icing brine
Sulphur Dioxide Sulphur DioxidePotable water
Metal sulphates
Beer, beverage and food industries
Ore refinement
Sulphur Trioxide Sulphur Trioxide (stabilised)Chemical intermediates
Soaps and detergents
Sulphuric Acid Sulphuric Acid 70%Agricultural products
Sulphuric Acid Sulphuric Acid 77% - 100% High, Commercial and technicalPower generation
Steel pickling
Agricultural products
Plastics
Beer, beverage and food industries
Metal sulphates
Metallurgy other than steel
Dyes and intermediates
Detergents and soaps
Minerals clays and sands
Pulp and paper
Oil and petrol
Potable water
Natural and man made fibres
Pharmaceuticals
Batteries
Hydrofluoric acid and fluorinated products
Tablet SaltHydrosoftTablet SaltDomestic and commercial water softening equipment
Fish curing
Ultra Pure Acid Ultrapure Acid 96% and 98% SLSI, ULSI and VLSI qualityElectronics and pharmaceuticals
Salt Undried Vacuum SaltRaw material for the chemical industry
Used in the production of chlorine and caustic soda
De-icing brine
Salt Undried Vacuum Salt for De-icing 
Vinyl Acetate Vinyl acetate monomerConstruction, food packaging, automotive, clothing. Footwear .Solar panels

INEOS Melamines

MATERIALBRANDGRADETYPICAL APPLICATIONS
Wetting AgentHypersalHYPERSAL VXT 3796Preparation of fatty alcohol polyglycol ether, diethylene glycol
Wetting AgentHypersalHYPERSAL VXT 3797Preparation of polyglycol aryl ether and fatty acid derivate, sulfonated
Amino Resin, alkylatedHypersalHYPERSAL XL 460/21LGIsobutylated melamine formaldehyde resin
Wetting AgentHypersalHYPERSAL XL 782 Preparation of polyglycol alkyl ether derivative and fatty acid derivate, sulfonated
Wetting AgentHypersalHYPERSAL XT 793Preparation of polyglycol aryl ether and fatty acid derivate, sulfonated
Amino Resin, alkylatedMaduritMADURIT 95-563/75WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 112 75% WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 113 75% WAMethylated melamine formaldehyde resin
Amino ResinMaduritMADURIT MW 114 30% WAModified Melamine Formaldehyde Resin
Amino ResinMaduritMADURIT MW 115 30% WAModified Melamine Formaldehyde Resin
Amino Resin, alkylatedMaduritMADURIT MW 116 75% WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 117 75% WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 120 75% WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 125w/72WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 150 liquidMethylated melamine formaldehyde resin
Amino ResinMaduritMADURIT MW 167 WACationic melamine formaldehyde resin
Amino ResinMaduritMADURIT MW 168 WACationic melamine formaldehyde resin
Amino ResinMaduritMADURIT MW 169w/10WACationic melamine formaldehyde resin
Amino ResinMaduritMADURIT MW 288 62% WAModified Melamine Formaldehyde Resin
Amino ResinMaduritMADURIT MW 310w/40WAAnionic melamine-formaldehyde-resin
Amino ResinMaduritMADURIT MW 480w/61WAModified Melamine Formaldehyde Resin
Amino ResinMaduritMADURIT MW 491w/62WAModified Melamine Formaldehyde Resin
Amino ResinMaduritMADURIT MW 492w/62WAModified Melamine Formaldehyde Resin
Amino ResinMaduritMADURIT MW 500w/55WAMelamine Formaldehyde Resin
Amino ResinMaduritMADURIT MW 501w/70WAModified Melamine Formaldehyde Resin
Amino Resin, alkylatedMaduritMADURIT MW 620w/78WAMethylated modified urea-melamine-formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 825w/75WAModified methylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 829w/78WAMethylated modified urea-melamine-formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 830 75% WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT MW 832w/75WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT SMW 818 75% WAMethylated melamine formaldehyde resin
Amine SaltMaduritMADURIT TM 3750Preparation of phosphoric acid alkyl ester-amine salt, fatty acid-amine salt
Amino ResinMaduritMADURIT VMW 3284/2Modified Melamine Formaldehyde Resin
Amino ResinMaduritMADURIT VMW 3498 55% WAMelamine Formaldehyde Resin
Amino Resin, alkylatedMaduritMADURIT VMW 3823 75% WAModified methylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT XT 800w/50WAModified methylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT XT 801w/50WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT XT 802w/95Methylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT XT 804w/75WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT XT 807w/75WAModified methylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT XT 836w/55WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT XT 836w/75WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaduritMADURIT XT 841w/75WAModified methylated melamine formaldehyde resin
Amine SaltMaduritMADURIT-HAERTER MH 836Amine salt in water
Amino Resin, alkylatedMaprenalMAPRENAL BF 891/77SNBn-Butylated benzoguanomine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL BF 892/68Bn-Butylated benzoguanomine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 517/60IBIsobutylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 590/55IBXIsobutylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 600/55BIBn-Butyl/isobutylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 612/70Bn-Butylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 618/76Bn-Butylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 625/65XBn-Butylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 650/55IBIsobutylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 665/65IBIsobutylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 820/60IBIsobutylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 821/84Bn-Butylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 863/68IBIsobutylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 900w/95Methylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 904/97Methylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 909/93IBIsobutyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 915/75IBMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 920/75WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 921w/85WAMethylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 927/70IBIsobutyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL MF 984/80BBenzoguanamine formaldehyde polymer, methylated
Amino Resin, alkylatedMaprenalMAPRENAL MF 985/80BModified benzoguanamine formaldehyde polymer, methylated
Amino Resin, alkylatedMaprenalMAPRENAL MF 986/80BModified benzoguanamine formaldehyde polymer, methylated
Amino Resin, alkylatedMaprenalMAPRENAL MF 988/80Bn-Butylated benzoguanomine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL UF 134/60Bn-Butylated urea formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL UF 297/60IB n-Butylated, isobutylated urea formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL VMF 3611D/70Bn-Butylated melamine formaldehyde resin
Amino Resin, alkylatedMaprenalMAPRENAL VMF 3935/70Bn-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 3520Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 3520 PJ-72Methylated melamine formaldehyde resin, on an inert silica base
Amino Resin, alkylatedResimeneRESIMENE 3520 S-65Methylated melamine formaldehyde resin, on an inert silica base
Amino Resin, alkylatedResimeneRESIMENE 3520 S-72Methylated melamine formaldehyde resin, on an inert silica base
Amino Resin, alkylatedResimeneRESIMENE 717Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 718Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 719Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 730Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 735Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 741Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 742Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 745Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 747Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 750n-Butylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 755n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 757n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 758n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 764n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 797Modified methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 891n-Butylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE 912 PM-65 Methylated melamine formaldehyde resin, on an inert silica base
Amino Resin, alkylatedResimeneRESIMENE AQ-2609Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE AQ-7551Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE BM-5901n-Butylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE CE-1053n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE CE-1055n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE CE-1056n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE CE-1058n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE CE-1062 n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE CE-4514 n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE CE-6550 n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE CE-7103n-Butyl/methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE CE-8824Benzoguanamine formaldehyde polymer, ethylated methylated
Amino Resin, alkylatedResimeneRESIMENE HM-2608Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE XT 911Methylated melamine formaldehyde resin
Amino Resin, alkylatedResimeneRESIMENE XT 922 NEUMethylated melamine formaldehyde resin, on an inert silica base
Amino Resin, alkylatedResimeneRESIMENE XT 923Methylated melamine formaldehyde resin, on synthetic calcium silicate
Amino Resin, alkylatedResimeneRESIMENE XT 926Methylated melamine formaldehyde resin, on an inert silica base

INEOS Nitriles

MATERIALBRANDGRADETYPICAL APPLICATIONS
Acetone Cyanohydrin Acetone cyanohydrinINEOS produces acetone cyanohydrin (ACH) at its Green Lake, Texas acrylonitrile plant from the reaction of co-product hydrogen cyanide with acetone. We are one of the largest ACH producers in the United States. Acetone cyanohydrin is a primary feedstock used in producing methacrylic acid and its esters, principally methyl methacrylate (MMA). The largest market for MMA is the manufacture of polymethylmethacrylate (PMMA) resins, which find their way into acrylic sheet and molding and extrusion compounds used to manufacture a variety of construction and household improvement items, such as hot tubs. MMA is also used to manufacture surface coatings (paints) used in the automotive and architectural markets. ACH is also used to manufacture halogenated water treatment chemicals for the pool and spa market.
Acetonitrile Acetonitrile - High PurityAcetonitrile is ideally suited for chemical analysis, extractive purification, and organic and biochemical reactions. For example, acetonitrile is used as a solvent in the production of insulin and antibiotics and as a raw material in the production of naturally occurring pesticides.
Acetonitrile Acetonitrile - HPLCAcetonitrile is ideally suited for chemical analysis, extractive purification, and organic and biochemical reactions. For example, acetonitrile is used as a solvent in the production of insulin and antibiotics and as a raw material in the production of naturally occurring pesticides.
Acrylonitrile Acrylonitrile - ExportINEOS leads the way in acrylonitrile through industry advocacy, safety training seminars and development of tools to insure this product is properly handled by all who use it. We have worked with governments to develop standards for the safe transport of acrylonitrile. Our efforts insure that this chemical continues to provide us with the products we depend on daily.
Acrylonitrile Acrylonitrile - USINEOS leads the way in acrylonitrile through industry advocacy, safety training seminars and development of tools to insure this product is properly handled by all who use it. We have worked with governments to develop standards for the safe transport of acrylonitrile. Our efforts insure that this chemical continues to provide us with the products we depend on daily.
Acrylonitrile Acrylonitrile (HP) - EuropeINEOS leads the way in acrylonitrile through industry advocacy, safety training seminars and development of tools to insure this product is properly handled by all who use it. We have worked with governments to develop standards for the safe transport of acrylonitrile. Our efforts insure that this chemical continues to provide us with the products we depend on daily.
Acrylonitrile Acrylonitrile (MHQ) - EuropeINEOS leads the way in acrylonitrile through industry advocacy, safety training seminars and development of tools to insure this product is properly handled by all who use it. We have worked with governments to develop standards for the safe transport of acrylonitrile. Our efforts insure that this chemical continues to provide us with the products we depend on daily.
Ammonium Sulphate Ammonium SulphateAmmonium Sulphate is a co-product in the INEOS process for manufacturing acrylontrile by ammoxidation of propylene. Ammonium Sulphate slurry is formed from the neutralization of ammonia with sulphuric acid and is then recovered via a centrifugal separation and dried . INEOS Köln ( Germany) plant recovers Ammonium Sulphate to standard market specifications and sell the product in crystalline form.
Hydrogen Cyanide Hydrogen CyanideHCN is produced as a co-product in the INEOS acrylonitrile manufacturing process. We recover and purify the HCN, creating a feedstock for many useful products. In addition to the manufacture of ACH, that is covered in detail below, some other examples of HCN derivatives are NaCN (used for metal extraction in the gold industry), Adiponitrile (a raw material for manufacture of nylon), Chelates (used in detergents, water treatment chemicals, pulp and paper industry and photo chemicals), and Methionine (an essential amino acid).
Oxazole OxazoleOxazole is produced as a co-product in INEOS process for manufacturing acrylonitrile by ammoxidation of propylene. It is not an easily synthesized molecule and has been unavailable in large quantities because of high synthesis costs. We have developed proprietary technology for extracting and purifying oxazole with a typical purity greater than 98 percent. Our novel process makes oxazole now commercially available at a reasonable cost.

INEOS O & P Europe

MATERIALBRANDGRADETYPICAL APPLICATIONS
PP 100-AA12100-AA12 is an antistatic homopolymer polypropylene, used for injection moulding applications
PP 100-CA50Thin walled containers for dairy and fresh food, media packaging
PP 100-CB25Media packaging, technical moulding, fast cycling
PP 100-GA01Sheets, blow moulding, strapping. Good rigidity, high heat resistance
PP 100-GA02HPP for trays, containers; good rigidity, high heat resistance,food containers, technical mouldings, strapping, tapes, ropes.
PP 100-GA03Trays and containers for food products, tapes. Good rigidity, high heat resistance
PP 100-GA04Trays and containers for food products, tapes. Good rigidity, high heat resistance
PP 100-GA09General purpose injection moulding, standard cast film
PP 100-GA12Homopolymer for standard cast film, general purpose injection moulding, Caps & Closures Non Organo.
PP 100-GA35Injection moulding master-batches & compounds applications
PP 100-GB06HPP for trays, caps & closures, containers. Good rigidity, high heat resistance
PP 100-GB25Thin wall parts, garden furniture
PP 100-GD02BOPP Film. Metallisation
PP 100-GD03BOPP Film. Metallisation
PP 100-HR25High stiffness for appliances, technical moulding and food packaging
PPEltex MED100-MG03PP homopolymer for inhaler components and primary rigid packaging of medical and pharmaceutical applications
PPEltex MED100-MG12PP homopolymer for caps & closures intended for the primary packaging of medical and pharmaceutical applications
PPEltex MED100-MG25PP homopolymer for syringe and metered-dose inhaler components, caps & closures, thin wall containers as well as tubes, intended for the primary packaging of medical and pharmaceutical applications
PP 100-NB03Transparent trays and containers for food products. High stiffness, very good optics. No anti-static agent.
PP 100-XZ12Long spin fine denier staple fibres for high speed nonwoven thermobonding lines
PP 100-ZA25Fine denier spunbond nonwovens
PP 101-CA06Trays and containers for food products. Good rigidity, high heat resistance, good transparency
PP 101-GB08BOPP Film. Double bubble process
PP 101-GF02BOPP Film. Improved stretchability
PP 101-SA09Homopolymer PP for standard cast film, general purpose injection moulding, Caps & Closures Non Organo. With slip agent
PP 101-XA12Staple fibres for carpet face yarn, continuous filament for straps & belts
PP 101-XA25Bulk Continuous Filament for carpet face yarn, Fine denier staple fibres
PP 102-CA03Transparent trays and containers for food products. High stiffness, very good optics and easy de-nesting.
PP 102-GD08BOPP Film. Double bubble process, metallisation
PP 102-XA06High tenacity staple fibres for needlepunched nonwovens (geotextiles)
PP 150-GA02Trays and containers for food products, strapping, tapes, ropes. Good rigidity, high heat resistance
PP 150-GA03Thermoforming, tapes, carpet backing and geotextile. Good rigidity, high heat resistance.
PP 151-GA02Homopolymer polypropylene intended for sheets extrusion applications requiring a good melt strength and a good processability
PE 17L430LDPE grade for extrusion coating at low line speed with an outstanding low Neck In, suitable also for dry-blending and coextrusion to increase the melt curtain stability
PE 17L430BLDPE grade for extrusion coating at low line speed with an outstanding low Neck In, suitable also for dry-blending and coextrusion to increase the melt curtain stability
PE 18R430LDPE Grade especially suitable for thin coatings, lower heat seal temperature and better wettability on substrates, general purpose injection moulding
PP 194-NA25Transparent containers
PE 19N430LDPE Grade for general coating applications with improved heat sealibity compared to 23L430, general purpose injection moulding
PE 19N430BLDPE grade for general coating applications with improved heat sealability
PE 19N930LDPE for injection moulding of thin walled containers and caps & closures
PP 200-CA02Sheets, trays and containers for food products, blown film. Good heat resistance, excellent transparency
PP 200-CA13200-CA13 is designed for transparent injection moulded houseware, closures and food packaging needing good impact strength and excellent organoleptic properties. 200-CA13 is also suitable for injection stretch blow moulding (ISBM)
PP 200-CA25200-CA25 is a clarified random copolymer with a medium ethylene content and good flow primarily intended for injection moulding of clear articles. 200-CA25 has a property profile also suitable for injection stretch blow moulding (ISBM)
PP 200-CA40200-CA40 is a clarified random copolymer with a medium ethylene content for the fast production of clear thin-walled injection-moulded articles
PP 200-CA70200-CA70 is a very high flow clarified random copolymer with a medium ethylene content specifically designed for the production of clear thin-walled injection-moulded articles
PP 200-GA02Sheets, trays and containers for food products. Good heat resistance, good transparency
PP 200-GA04Sheets, trays and containers for food products. Good transparency, improved processability
PPEltex MED200-MG02Medical and pharmaceutical applications : blow-fill-seal of bottles and ampoules, blow-moulding and injection - sterilisable at 121°C
PP 200-NA02Sheets, trays and containers for food products. Good heat resistance, excellent transparency
PP 203-CA25203-CA25 is a clarified random copolymer with a medium ethylene content and good flow primarily intended for injection moulding of clear articles as transparent thin wall injection moulding, caps and closures, Housewares or clarified food containers
PP 203-NA02High heat resistance with good clarity makes it ideal for various hot fill bottle applications
PP 203-OR25203-OR25 is a clarified random copolymer with a medium ethylene content and good flow primarily intended for injection moulding of clear articles. 203-OR25 presents itself with very low odour and smell
PE 20P430LDPE Grade for higher line speeds, lower coating weights or lower melt temperatures, general purpose injection moulding
PE 21D430Heavy duty film; shrinkhoods
PE 21H460General purpose; shrink; foam
PP 222-CC50Transparent durable articles, housewares and appliances, fast cycling
PE 22D730Blown film for extra strong bags and shrink film
PE 22G564Blown film for carrier bags
PE 22G764Blown film for strong bags and shrink film
PE 22H594 
PE 22H760Blown film for packaging
PE 23H430General purpose; shrink; foam; blow moulding
PE 23L430LDPE Grade for general coating applications, general purpose injection moulding
PE 23L430BLDPE grade for general coating applications
PE 23T930LDPE for injection moulding of thin walled containers and caps & closures
PP 240-CA12RCP for transparent packaging requiring excellent impact
PP 240-HP25240-HP25 is a new generation clarified random copolymer especially intended for the injection moulding of articles with high transparency, excellent stiffness and impact strength balance and fast cycle. 240-HP25 has a property profile also suitable for injection stretch blow moulding (ISBM)
PP 240-HP40240-HP40 is a new generation clarified random copolymer especially intended for the injection moulding of articles with high transparency, excellent stiffness and impact strength balance and fast cycle. 240-HP40 has a property profile also suitable for injection stretch blow moulding (ISBM)
PP 240-HP80240-HP80 is a very high flow new generation clarified random copolymer especially intended for the injection moulding of articles with high transparency, excellent stiffness and impact strength balance and fast cycle
PPEltex MED240-MS23External barrel for disposable syringes (not pre-filled) / Transparent thin wall injection moulding
PP 240-NA02Clarified grade offering outstanding clarity for the production of small to medium sized bottles
PE 24F564Blown film for lamination
PE 24F760Blown film for lamination
PE 24W930LDPE for injection moulding of thin walled containers, caps & closures and for compounding
PE 28H430Nappy film; hygienic; cast ; blow moulding
PP 300-CA06Toys, housewares, pails, appliances
PPEltex TUB350-HM00Impact copolymer for non pressure pipes, blow-moulding and sheet extrusion applications
PP 400-CA25Crates & boxes, pails, containers, housewares, toys
PP 400-CA70ICP for yellow fat containers, housewares, thin wall packaging, Caps & closures
PP 400-CB08Crates, trays and large pails, batteries
PP 400-GA03Impact copolymer for sheets, trays, containers, artificial grass, stationery/confectionery films. Good heat resistance, very high impact.
PP 400-GA05Impact copolymer for stationery/confectionery films, sheets, trays, containers. Good heat resistance, very high impact
PP 400-IM01Injection Molding (fittings, manholes), non pressure pipes
PP 400-NA01Synthetic cardboards, Sheets, trays, containers; good heat resistance, very high impact
PP 401-CA55 
PP 401-CB50ICP for toys, punnets and trays, yellow fat containers, ice cream containers, housewares
PP 401-NA01Synthetic cardboards, Sheets, trays, containers; good heat resistance, very high impact
PP 401-NA06Impact copolymer nucleated for stationery films, sheets, trays, containers. Good heat resistance, very high impact
PP 402-CB12ICP for pails, containers, crates, housewares, toys
PPEltex TUB433-NA00Sheets; non pressure pipes; good heat resistance, very high impact
PPRigidex P450-HP60 
PPRigidex P450-HP90 
PPRigidex P451-HP40ICP for housewares, pails, boxes
PP 500-GA20Toys, containers, car batteries, luggage - ultra high impact, improved stiffness
PPEltex500-NA01 
PP 500-NA20Pails, containers, crates, housewares, toys
PP 540-CA13540-CA13 is a very high impact copolymer recommended for injection moulding of luggage, crates & boxes as well as for the production of compounds
PEEltexA2010PWCRaw material for Wood Plastic Composites
PEEltexA3180N1852Carrier for color concentrates and master-batches, PEX, Textile coating and Injection
PEEltexA3180PN1852Carrier for color concentrates, master-batches, textile coating
PEEltexA4009MFN1325Monofilaments (fishing nets, protective nets for construction, agriculture protective nets, ...)
PEEltexA4009PFN1324Chlorinated HDPE powder. Carrier for color concentrates, master-batches and wood plastic composites.
PEEltexA4040Base resin for crosslinkable PEX b pipes
PEEltexA4040PCarrier for color concentrates, master-batches and XLPE
PEEltexA4090PCarrier for color concentrates, master-batches
PEEltexA5006FN1280Tapes from cast and blown film (knitted netting and bags for fruit and vegetable bags, bale nets wrap, greenhouses, artificial grass, ...)
PEEltexA5006FN1285Tapes from cast and blown film (knitted netting and bags for fruit and vegetable bags, bale nets wrap, greenhouses, artificial grass, ...)
PEEltexA5006PFN1281Carrier for color concentrates, master-batches
PEEltexB2020LG/34HDPE resin used for high-speed blow moulding of bottles, suitable for the packaging of UHT milk.
PEEltexB2020PCarrier for color concentrates, master-batches
PE B24D230Jacketing
EBA (8% BA), can accept high amounts of filler and could be used as base for polymer for Flame retardant compound
PE B24D760EBA copolymer for elastic packaging film
PE B26E730B26E730 has been developed to give a very strong and tough film with excellent cold and outdoor properties for applications such as Stretch hoods, construction film, heavy-duty bags
PE B28N230Jacketing
EBA (15% BA), can accept high amounts of filler and could be used as base for polymer for Flame retardant compound
PE B30G730B30G730 has been developed to give a strong and elastic film with low gel levels for applications such as stretch hood, surface protection film, soft film for gloves
PEEltexB4002PEltex® B4002P is a non stabilized high-density polyethylene flake (powder) for the production of PE-Xb compounds using two-step process or for the manufacture of PEX pipes using a single-step processs
PEEltexB4020LG/34HDPE resin used for high-speed blow moulding of milk bottles, 4.5% titanium dioxide.
PEEltexB4020LGN1963HDPE resin used for high-speed blow moulding of bottles, suitable for the packaging of both pasteurised and sterilized milk (in bottle sterilization).
PEEltexB4020N1331HDPE grade for caps and closures with direct beverage contact for sparkling water and carbonated soft drinks; high ESCR, slip agent free
PEEltexB4020N1332HDPE grade for caps and closures with direct beverage contact for carbonated soft drinks; high ESCR, containing slip agent
PEEltexB4020N1343HDPE grade for caps and closures with direct beverage contact for sparkling water and carbonated soft drinks; high ESCR, containing slip agent
PEEltexB4020PCarrier for color concentrates, master-batches
PEEltexB4922/20N3000Yellow stripe for TUB121N3000, gas
PEEltexB4922/40N3000Blue stripe for TUB121N3000, water
PEEltexB4922/50N3000Orange stripe for TUB121N3000, gas
PEEltexB4922/90N3000Brown stripe for TUB121N3000, sewage
PEEltexB6921/20N2010Yellow stripe for TUB131N2010, gas
PEEltexB6921/40N2010BLue stripe for TUB131N2010, water
PE BP28D780Telecom insulation
LDPE insulation with high extrusion performance
PE BPD2000Power medium voltage insulation
Unstabilised clean LDPE for peroxide crosslinking (direct peroxide injection)
PE BPD2000EPower medium & high voltage insulation and applications requesting extra cleanliness
Unstabilised very clean LDPE for peroxide crosslinking (direct peroxide injection)
PE BPD2008BPD2008 is designed for use in Medium/High voltage power cable insulation and applications requesting extra cleanliness using the direct peroxide injection (DPI) process. It is well defined for MDCV equipment thanks to its low sag properties
PE BPD2070Power medium voltage insulation
Unstabilised clean LDPE for silane crosslinking (Monosil®)
PE BPD2142Power low voltage cable insulation
Unstabilised LDPE (Monosil®, Sioplas®)
PE BPD2167Power low voltage insulation
Unstabilised LDPE for overhead cables application (Monosil®)
PE BPD3642Power low voltage insulation & jacketing
Unstabilized C6-LLDPE with enhance properties for crosslinked LV insulation (Monosil®, Sioplas®) & base resin for high performance cable jacketing applications
PE BPD3669Power low voltage insulation & jacketing
Unstabilized C6-LLDPE with enhance properties for crosslinked LV insulation (Monosil®, Sioplas®) & base resin for high performance cable jacketing applications.
PE BPD3801Power low voltage insulation & jacketing
Unstabilized C6-LLDPE with enhance properties for crosslinked LV insulation (Monosil®, Sioplas®) & base resin for high performance cable jacketing applications.
PE BPD4020Jacketing
Stabilised MDPE jacket
PE BPD4035Jacketing
MDPE black jacket compound
PE BPD8063Telecom insulation
LDPE for low loss RF cable insulation
PE BPD8128Power low voltage cable insulation
Stabilised LDPE for copper conductor (Monosil ®)
PEEltex SuperstressCAP508HDPE grade for caps & closures with direct beverage contact for sparkling water and carbonated softdrinks ; high ESCR, very good processability, slip agent free
PEEltex SuperstressCAP508S2HDPE grade for caps & closures with direct beverage contact for carbonated softdrinks ; high ESCR, very good processability, contains a slip agent
PEEltex SuperstressCAP508S3HDPE grade for caps & closures with direct beverage contact for carbonated softdrinks ; high ESCR, very good processability, contains a slip agent
PEEltex SuperstressCAP602HDPE grade for caps and closures with direct beverage contact for sparkling water and carbonated soft drinks; very high ESCR, slip agent free
PEEltex SuperstressCAP602S2HDPE grade for caps and closures with direct beverage contact for carbonated soft drinks; very high ESCR, containing slip agent
PPRigidexCAP906SICP for caps and closures for the packaging of carbonated soft drinks
PPEltex PCAP912RCP for caps and closures for the packaging of still mineral water, juices and functionnalized drinks
PERigidexE5018HDPE grade for non-pressure pipe extrusion
PPEltex PHCW280Ultra high stiffness for appliances, technical moulding and food packaging
PEEltexHD3850UARotomoulding application; Water tanks, Chemical tanks, Agricultural, Play ground, Recycling banks
PEEltexHD3930UARotomoulding application; various tank applications
PEEltexHD4330UARotomoulding applications : Fuel tanks, Kayak, Manhole inspection draining tank, Underground parts
PERigidexHD4820EASpecially formulated grade for exceptional levels of gloss
PERigidexHD5050EAHDPE grade for caps & closures, crates, pails, houseware
PERigidexHD5050UADustbins, pallets, crates,
PERigidexHD5060UARigidex® HD5060UA is a linear copolymer polyethylene grade supplied in pellet form for injection moulding application
PERigidexHD5130EAHDPE grade for caps & closures, bins
PEEltexHD5130EA-BHDPE grade for caps and closures with direct beverage contact for sparkling water and carbonated soft drinks; high ESCR, slip agent free
PERigidexHD5211EAPails, houseware, cartridges, toys, caps & closures, over caps
PEEltexHD5211EA-BHDPE grade for caps and closures with direct beverage contact for still mineral water, aromatized water and juices ; easy processing, slip agent free
PERigidexHD5211EA-YContinuous or staple fibres ; non-woven (mainly medical & hygienic use)
PEEltexHD5211GA-BHDPE grade for caps and closures with direct beverage contact for still mineral water, aromatized water and juices ; easy processing, containing slip agent
PERigidexHD5218EACaps & Closures, Aerosol caps, pails, houseware
PERigidexHD5218EA-YContinuous or staple fibres ; non-woven (mainly medical & hygienic use)
PERigidexHD5226EAHouseware, Caps & Closures, Over caps
PEEltex MEDHD5226EA-MHDPE copolymer especially recommended for manufacturing syringe components by injection moulding. It can also be used for manufacturing thin-walled containers and Caps & Closures intended for the primary packaging of medical and pharmaceutical applications
PERigidexHD5226EA-YContinuous or staple fibres ; non-woven (mainly medical & hygienic use)
PEEltexHD5240EA-BHDPE grade for caps and closures with direct beverage contact for still mineral water, functionalized beverages, slightly carbonated or pressurized beverages ; good ESCR, easy processing, slip agent free
PEEltexHD5240GA-BHDPE grade for caps and closures with direct beverage contact for juices, functionalized beverages, slightly carbonated or pressurized beverages ; good ESCR, easy processing, containing slip agent
PERigidexHD5450UARigidex® HD5450UA has been specially developed for injection moulding of heavy duty articles for outdoor use. Large dustbins and pails, Pallet boxes, Technical parts,...
PERigidexHD5502SGeneral purpose grade with exceptional levels of impact performance
PERigidexHD5760UARigidex® HD5760UA has been specially developed for injection moulding of heavy duty articles for outdoor use
PERigidexHD5802BMRigidex® HD5802BM is ideal for use in a wide range of blow moulding applications. The grade is particularly well suited to chemical and detergent packaging as the exceptional ESCR can allow for significant bottle weight reduction
PERigidexHD6007SHigh rigidity polyethylene grade for fresh milk and non-aggressive chemicals
PERigidexHD6070EACaps & Closures, Over caps, Cartridges, crates, pallets, pails
PEEltexHD6070EA-BHDPE grade for caps anc closures with direct beverage contact for still mineral water, aromatized water and juices; easy processing, slip agent free
PERigidexHD6070FAHigh density polyethylene grade with a very low gel level. Used in blends for food packaging to increase water vapour barrier properties, temperature, oil and fat resistance. When used in blends provides increased stiffness, higher gloss and reduced tendency to
PERigidexHD6070UACrates, pallets, pails, seats
PPEltex PHEY500 
PPEltex PHL001PF 
PERigidexHM4560UAExceptional levels of impact and environmental stress crack resistance + UV stability ideal for IBC and large tank production
PERigidexHM5060XAVery high levels of impact and environmental stress crack resistance specifically tailored for 25L container production
PERigidexHM5411EAGeneral purpose grade with high impact and environmental stress crack resistance ideal for 1-25L containers
PPEltex PHV001PF 
PPEltex PHW001PMaster batches. Compounds for fibres
PPEltex PHY001P 
PERigidexK38-20Natural grade; Non pressure pipes, conduits, ducting. It is also suitable for blown film extrusion.
PEEltexK38-20/20Yellow stripe for TUB171 and PC002-50R102, gas
PEEltexK38-20/40Blue stripe for TUB171 and PC002-50R102, water
PE K46-06-185All types of automotive fuel tanks
PPEltex PKF309Terpolymer especially designed for the blown film process
PPEltex PKS001PFHigh ethylene content random copolymer powder
PPEltex PKS300BOPP Film 105°C SIT terpolymer with slip and anti-blocking
PPEltex PKS309BOPP Film 105°C SIT terpolymer without technical additives
PPEltex PKS333N8061BOPP Film 108°C SIT terpolymer with anti-blocking
PPEltex PKS341BOPP Film 92°C SIT butene copolymer with anti-blocking
PPEltex PKS350BOPP Film 105°C SIT terpolymer with slip and anti-blocking
PPEltex PKS351BOPP Film 105°C SIT terpolymer with slip and anti-blocking
PPEltex PKS357BOPP Film 105°C SIT terpolymer for metallisable film
PPEltex PKS359BOPP Film 105°C SIT terpolymer without technical additives
PPEltex PKS384BOPP Film 105°C SIT terpolymer with anti-blocking
PPEltex PKS399BOPP Film 90°C SIT butene copolymer without technical additives
PPEltex PKS400BOPP Film 115°C SIT high C2 copolymer with slip and anti-blocking
PPEltex PKS407BOPP Film 115°C SIT high C2 copolymer for metallisable film
PPEltex PKS407HPModified random copolymer with a high ethylene content, developed for use primarily as the sealing layer in "coextruded bioriented metallisable film"
PPEltex PKS409BOPP Film 115°C SIT high C2 copolymer without technical additives
PPEltex PKS414BOPP Film 115°C SIT high C2 copolymer with slip and anti-blocking - narrow MWD
PPEltex PKS417BOPP Film 115°C SIT high C2 copolymer - especially designed for metallisable film applications.
PPEltex PKS607BOPP Film Butene copolymer for high barrier metallisable film
PPEltex PKS689Propylene/alpha-olefin copolymer specially developed for the sealing layers of “coextruded bi-oriented film” for food and technical packaging
PPEltex PKV309108°C SIT terpolymer without technical additives
PPEltex PKV333108°C SIT terpolymer with anti-blocking
PPEltex PKV349Random terpolymer for the sealing layers of blown multilayer BOPP film for low sealing performance and lamination.
PPEltex PKV409115°C SIT high C2 copolymer without technical additives - improved optical properties
PEEltexLGB163N2045HDPE resin used for blow moulding of bottles, suitable for the packaging of UHT milk.
PEEltexLGB263N2070HDPE resin used for high-speed blow moulding of bottles, suitable for the packaging of UHT milk.
PEEltexLL2635UARotomoulding application; various applications with high flexibility, very high impact strength
PE LL6120AACast stretch film, artificial grass
PE LL6130AACast stretchwrap
PE LL6208AFFor use in rich blends in heavy duty sacks, liners and other thin film applications; artificial grass.
PE LL6208LJFor use in rich blends for heavy duty sacks, liners and other thin film applications requiring excellent mechanical and optical properties
PE LL6430AACast stretchwrap; anticling layer
PE LL6608AFLean and rich blend blown film applications such as rigid layers in co-extrusion, carrier bags, refuse sacks and liners; artificial grass
PE LL6608LJMailing film; carrier, bread and produce bags
PE LL6908AAC6-LLDPE developed for highly demanding extrusion segments e.g. thick sheeting for geomembrane and geoliner applications
PE LL6910AAFor use in lean and rich blend blown film applications such as overwrap, counter bags, shrink film and boil-in-the-bag applications; artificial grass.
PE LL6910KJOverwrap; nappy bags; lamination
PE LL6910LALL6910LA is rigid blown film grade offering a certified low level of gels making it ideal for lamination or thin film applications with highly decorative printing
PE LL6930AACast stretchwrap; anticling layer
PE LL8109AAMulch film; refuse sacks; liners; thin film applications
PEEltexLRB711Filler pipes and other parts requiring conductive properties
PE M21E730Easy-tear applications
PE M21E760Easy-tear applications
PE M21G864Deep freeze, FFS thin bags
PE M21N430Ethylene-MethAcrylic-Acid-Copolymer (EMAA) for extrusion coating with 1,2 % MAA
PE M24N430Ethylene-MethAcrylic-Acid-Copolymer (EMAA) for extrusion coating with 3,7 % MAA
PEEltexMMPE0950/30Anti-acid used for 6-layers bottle
PEEltexMMPE3940/10Carbon black concentrate for the pigmentation of the middle black layer of co-extruded bottle.
PEEltexPC002-50R968PE80; Pressure pipes for drinking water transport
PEEltex PFPF1315AAC6 m-LLDPE for extrusion coating, injection moulding and compounding with a basic antioxidant additive package
PEEltex PFPF1320AAC6 m-LLDPE for extrusion coating, injection moulding and compounding with a basic antioxidant additive package
PEEltex PFPF6012AAEltex® PF6012AA is particularly suitable for multilayer film applications where it can be used neat or as a blending partner with LLDPE or LDPE in sealing layers
PEEltex PFPF6012KJEltex® PF6012KJ has been developed for use in highly technical film like food packaging, lamination, and other thin film applications where superior mechanical and sealing performance is required
PEEltex PFPF6112AAEltex® PF6112AA has been developed for use in food packaging and other thin film applications where superior mechanical and optical performance is required
PEEltex PFPF6130AAHigh performance cast stretch
PEEltex PFPF6130LAHigh performance cast stretch film applications, in both monolayer and co-extruded structures. Designed for applications which require a very low level of gels. Can be used for the production of artificial grass monofilaments.
PEEltex PFPF6140AAHigh performance cast stretch film applications, in both monolayer and co-extruded structures
PEEltex PFPF6160APELTEX® PF6160AP represents an interesting balance of properties for applications as liquids carrier in reactive processing. Carrier for color concentrates, master-batches, Crosslinked Wire & Cable insulation, Textile coating, Hot & Cold PEX Pipe
PEEltex PFPF6212AAConsumer packaging; heavy duty sacks; thin film applications
PEEltex PFPF6212AEFood packaging and other thin film applications where excellent mechanical and optical performance is required
PEEltex PFPF6212KEFood packaging and other thin film applications where excellent mechanical and optical performance is required
PEEltex PFPF6212KJConsumer packaging; thin film applications
PEEltex PFPF6212LAHigh quality lamination film
PEEltex PFPF6212LJHigh quality lamination film
PEEltex PFPF6220AAConsumer packaging; thin film applications
PEEltex PFPF6220AEEltex® PF6220AE has been developed for use in food packaging and other thin film applications where excellent mechanical and optical performance is required. In addition, Eltex® PF6220AE offers easy extrudability
PEEltex PFPF6220KJConsumer packaging; thin film applications
PEEltex PFPF6612AACollation shrinkwrap; consumer packaging
PEEltex PFPF6612KEEltex® PF6612KE has been developed for use in collation shrinkwrap, food packaging, refuse sacks and other thin film applications where excellent balance between film strength and rigidity is required together with good optical properties
PEEltex PFPF6612KJCollation shrinkwrap; consumer packaging
PEEltex PFPF6912AAEltex® PF6912AA has been developed for use in coextruded blown film structures particularly suitable for food packaging, hygiene or industrial applications
PEEltex MEDPH19N630Additive free LDPE grade for pharmaceutical applications such as coating and injection of tubes, caps and closures
PEEltex MEDPH22D630Low Density Polyethylene for Blow-Fill-Seal process (bottles & ampoules), films (bags & pouches) as well as flexible tubes, intended for the primary packaging of medical and pharmaceutical applications
PEEltex MEDPH23H630Low Density Polyethylene for Blow-Fill-Seal process (bottles & ampoules), intended for the primary packaging of medical and pharmaceutical applications.
PEEltex MEDPH23T630Low Density Polyethylene for injection moulding components (especially caps & closures) intended for the primary packaging of medical and pharmaceutical applications.
PEEltex MEDPH27D630Low Density Polyethylene for Blow-Fill-Seal process (bottles & ampoules), intended for the primary packaging of medical and pharmaceutical applications.
PEEltex MEDPH30D630Low Density Polyethylene for Blow-Fill-Seal process (bottles & ampoules), intended for primary packaging of medical and pharmaceutical applications.
PPEltex PRF110Synthetic cardboard, sheets, trays and containers for food products, stand-up pouches and films. Good heat resistance, very high impact
PEEltexRSB714N0060Automotive fuel tanks fluorinated in-line
PEEltexTUB121PE100; Pressure pipes for gas and drinking water transport
PEEltexTUB121N3000PE100; Pressure pipes for gas and drinking water transport, very large diameter pipes
PEEltex SuperstressTUB121N6000PE100; Pressure pipes for drinking water transport
PEEltexTUB123N6000White compound for pipe coating
PEEltexTUB124N2025PE100; Pressure pipes for drinking water transport
PEEltex SuperstressTUB124N6000PE100; Pressure pipes for drinking water transport
PEEltexTUB125N2025PE100; Pressure pipes for gas transport
PEEltex SuperstressTUB125N6000PE100; Pressure pipes for gas transport
PEEltexTUB131N2010PE80; Pressure pipes for gas and drinking water transport
PEEltexTUB171PE80; Pressure pipes for gas and drinking water transport
PEEltexTUB172PE80; Pressure pipes for gas transport
PEEltex TUBTUB220-RTPE-RT type II natural polyethylene resin for hot & cold water applications such as floor & wall heating/cooling, plumbing, industrial pipes & fittings.

INEOS O & P USA

MATERIALBRANDGRADETYPICAL APPLICATIONS
PP 3950High flow impact copolymer for automotive interiors
PE A4040Silane process crosslinkable pipe grade
PE A60-70-162Resin designed for use in dairy, juice, and water bottles
PE B50-35H-176Household chemical, othersrequiring good impact, ESCR, antistat
PE B53-35H-011Household chemical, personal care; good top-load/impact balance
PE B53-35H-100Injection blow molding, pharmaceuticals and personal care
PE B54-25H-127Household chemical, personal care; good top-load/impact balance, antistat
PE CP53-30Corrugated pipe grade
PE G50-100Copolymer with excellent ESCRand impact, for large part blow molding
PE G60-25-144High rigidity general purpose containers
PP H00G-00High stiffness grade for containers such as auto under-hood reservoirs
PP H01H-00Long-term heat aging homopolymer grade for thermoformed sheet
PP H02C-00High clarity, nucleated homopolymer grade for thermoformed packaging
PP H02C-01Low plate-out, high clarity, nucleated homopolymer grade for thermoforming
PP H02C-04Thermoforming grade with new nucleator technology providing enhanced clarity
PP H02G-02General purpose homopolymer for BOPP, tape, twine, woven bag andthermoformed sheet
PP H03G-00General purpose homopolymer extrusion grade
PP H03G-02General purpose homopolymer fiber grade
PP H03G-05Homopolymer designed for BOPP applications
PP H03G-06Homopolymer designed for BOPP applications
PP H03W-00General purpose low water carry-over homopolymer grade
PP H03W-01Low water carry-overhomopolymer for cordage, carpet backing, industrial fabrics, and geotextiles
PP H05A-00Antistated, general purpose homopolymer for closures and tubing
PP H05H-01Long-term heat aging homopolymer for appliances and automotive
PP H07G-00Homopolymer designed for cast film and flexible packaging applications
PP H07N-00Barefoot homopolymer with nucleation designed for extrusion processing
PP H12E-00Homopolymer grade with high antistat level for closure applications
PP H12G-00General purpose homopolymer for consumer and closure applications
PP H12G-01General purpose homopolymer suitable for extrusion and injection molding. Uses include extruded sheet, BOPP film, housewares, rigid packaging, caps and closures
PP H12Z-00Antistated, nucleated homopolymer for consumer & closure applications
PP H12Z-02Antistated, nucleated homopolymer for closure applications
PP H12Z-03Antistated, nucleated homopolymer designed for optimal processing and surface appearance in injection molding applications
PP H13M-00Medium-term heat aging homopolymer for packaging, closures & consumer products
PP H14A-00Antistated homopolymer for packaging, closures & consumer products
PP H18G-00Homopolymer with superior spinning characteristics for extrusion applications such as continuous filament yarn and staple fiber
PP H19G-01General purpose fiber grade homopolymer
PP H20A-00Injection molding grade with moderate levels of antistat
PP H20E-00Injection molding grades with high level of antistat
PP H20H-00Long-term heat aging homopolymer for appliances, consumer, housewares, and rigid packaging
PP H20Z-00Antistated, nucleated homopolymer for consumer and rigid packaging
PP H28E-00Homopolymer with high antistat levels for consumer, rigid packaging and closures applications
PP H35G-00General purpose, high flow homopolymer for rigid packaging and housewares
PP H35Z-00Antistated, nucleated, high flow homopolymer for rigid packaging and housewares
PP H38G-02Homopolymer for spunbonded nonwovens and partially oriented yarn (POY)
PP H44N-00High flow rate, nucleated polypropylene to improve isotropic shrinkage and prevent warpage
PP H53N-00Nucleated high MFR homopolymer with lubricant for high speed injection molding applications, such as media and thin walled packaging and housewares
PE HP50-25-153Excellent ESCR and impact for ag chemand household chemical, antistat
PE HP53-25-155High ESCR forautomotive such as HVAC and under-hood reservoirs
PE HP55-25-155Balance of top-load and ESCR for household chemical and motor oil bottles
PE J50-1000-178Organoleptic certifiedcopolymer for beverage closures
PE J50-1000-181Lubricated version of J50-1000-178
PE J50-1000-187Lubricated version of J50-1000-178
PE J50-2000-119High flowcopolymer for Caps & Closures applications
PE J50-200-178Organoleptic certifiedcopolymer for carbonated soft drink closures
PE J60-1700-173High flow homopolymer designed for specialty compounding
PE J60-800-178Organoleptic certified homopolymer for beverage closures
PE K38-20-160Precompounded yellow version of K38-20-138
PE K38-20-188UV stabilized version of K38-20-138
PE K44-06-122Natural, large diameter water, sewer and industrial pipe
PE K44-08-122Natural water, sewer and industrial pipe
PE K44-11-128High molecular weight, excellent ESCRand impact forlarge parts
PE K44-15-122Natural, PE3608 listed large diameter water, sewer and industrial pipe grade
PE K44-15-186Natural, PE3608 listed pipe resin for use with G38-70C BLU II concentrate for blue potable water pipe
PE K44-24-122Pipe coating grade
PE K46-06-185High molecular weight resin for fuel tanks and other large parts
PE K50-10-136Superior ESCRandimpact for automotive and other large parts
PE K54-05High molecular weight resin forlarge parts, including drums
PP L10G-00General impactgrade designed for injection molding applications
PP L12N-00High gloss, nucleated impact copolymer for automotive, consumer and housewares applications
PP L12Z-00Antistatted and nucleated impact copolymer for housewares, consumer products and toys
PP L12Z-01High gloss, nucleated and antistatted impact copolymer for automotive, toys, consumer and housewares applications
PP L24G-00Antistated impact copolymer suitable for housewares and consumer products
PP L34N-00Nucleated, low gloss impact copolymer for housewares and consumer products
PP L40N-00Nucleated, high flow, medium impact impact coplymer for injection molding applications
PP L70J-00High melt flow, nucleated with a light antistat package for thin-walled containers exhibiting high length-to-thickness ratio
PP L70Z-01Nucleated, antistated, high flow, medium impact impact coplymer for injection molding applications
PP L80Z-00Nucleated, antistatic impact copolymer designed for high speed thin wall injection applications, improved mold filling, fast cycles and very good stiffness-to-impact properties
PP N00G-01Good balance of stiffness and impact for sheet extrusion.
PP N00M-00Impact copolymer with good stiffness/impact balance for high impact thermoformed packaging
PP N00N-00High-impact impact copolymer designed for non-pressure structured wall pipe
PP N01G-02Suitable for food applications, including retort, as well as general blowmolding, extrusion and sheet processes
PP N01N-00Impact copolymer with good stiffness/impact balance for freezer-to-microwave thermoformed packaging
PP N02G-00Impact copolymer with good stiffness/impact balance for high impact thermoformed packaging
PP N02J-00Impact copolymer with good stiffness/impact balance for freezer-to-microwave thermoformed packaging
PP N05G-00Impact copolymer with good stiffness/impact balance for materials handling
PP N05U-00UV stabilized grade for materials handling
PP N12N-00Nucleated grade with good stiffness/impact balance for compounding and injection molding applications.
PP N12Z-00Nucleated and antistated impact copolymer designed for injection molding applications.
PP N20G-00Impact copolymer with good stiffness/impact balance for toys andconsumer products
PP N20N-00Nucleated and antistattedimpact copolymer with good stiffness/impact balance for materials handling, toys and consumer products
PP R01A-00Balance of stiffness, impact, contact clarity; suitable for hot fill
PP R01C-00Clarified grade with balance of stiffness, impact; suitable for hot fill
PP R01C-01Clarified, low plate-out grade with balance of stiffness, impact; hot fill
PP R05C-00Clarified grade used as gloss layer; also suitable for injection blow molding
PP R08S-00Random copolymer with slip agent
PP R12C-00Clarified grade for injection blow and injection stretch blow molding apps
PP R12C-01Low antistat, clarified grade for injection stretch blow molding
PP R35C-00Clarified random copolymer for thin wall, housewares and rigid packaging applications
PP R35C-01Antistated version of R35C-00
PP R35C-02Clarified and lubricated random copolymer for medium and thin wall molding applications giving a bluish hue of enhanced and distinctive clarity
PP R55C-00Clarified andantistatic random copolymer forthin wall molding applicationsrequiring very good mold filling capabilities, excellent clarity, fast cycle times and good stiffness-to-impact properties balance
PP T00G-00Special fractional melt flow rate impact copolymer designed for highly flexible, high impact, soft touch and certain FDA applications
PE T50-1000-178General purpose injection molding
PE T50-1000-181General purpose injection molding for applications requiring lubrication.
PE T50-1000-187General purpose injection molding for applications requiring lubrication.
PE T50-2000-119General purpose injection molding
PE T50-200-178Injection molding applications which require high impact resistance and good environmental stress crack resistance
PE T50-4400-119High flow grade suitable for thin wall applications
PE T50-500-171General purpose injection molding grade
PE T50-500-196General purpose injection molding grade; suitable for use as a pail resin
PE T50-800-01General purpose injection molding and consumer products
PE T60-500-119High stiffness grade for materials handling
PE T60-800-119High stiffness grade for materials handling
PE TC46-25Telecommunications conduit grade
PE TUB 121Precompounded black, bimodal copolymer grade suitable for large diameter water, industrial, natural gasand mining pipe.
PE TUB 121NNatural bimodal coplymer grade suitable for large diameter water, natural gas and mining pipe.

INEOS Oligomers

MATERIALBRANDGRADETYPICAL APPLICATIONS
Linear Alpha Olefin (LAO) Alpha Olefin C101-Decene enters into all reactions typical of alpha olefins. It can be used as a comonomer in certain copolymers and as an intermediate in the production of epoxides, amines, oxo alcohols, synthetic lubricants, synthetic fatty acids and alkylated aromatics.
Linear Alpha Olefin (LAO) Alpha Olefin C121-Dodecene enters into all reactions typical of alpha olefins. It can be used in the production of amines and amine oxides, mercaptans, oxo alcohols, alkylated aromatics, synthetic lubricants, epoxides and synthetic fatty acids.
Linear Alpha Olefin (LAO) Alpha Olefin C1214Alpha olefin blends undergo all reactions typical of alpha olefins. They can be used in the production of amines and amine oxides, oxo alcohols, alkylated aromatics, epoxides, tanning oils, synthetic lubricants, lubricant additives, alpha olefin sulfonates and synthetic fatty acids.
Linear Alpha Olefin (LAO) Alpha Olefin C141-Tetradecene enters into all reactions typical of alpha olefins. It can be used in the production of amines and amine oxides, mercaptans, oxo alcohols, alkylated aromatics, alpha olefin sulfonates, synthetic lubricants, epoxides, tanning oils and synthetic fatty acids.
Linear Alpha Olefin (LAO) Alpha Olefin C1416Alpha olefin blends undergo all reactions typical of alpha olefins. They can be used in the production of amines and amine oxides, oxo alcohols, alkylated aromatics, epoxides, tanning oils, synthetic lubricants, lubricant additives, alpha olefin sulfonates and synthetic fatty acids.
Linear Alpha Olefin (LAO) Alpha Olefin C161-Hexadecene enters into all reactions typical of alpha olefins. It can be used in the production of amines and amine oxides, mercaptans, oxo alcohols, alkylated aromatics, alpha olefin sulfonates, synthetic lubricants, epoxides, tanning oils and synthetic fatty acids.
Linear Alpha Olefin (LAO) Alpha Olefin C1618Alpha Olefin C1618 undergoes all reactions typical of alpha olefins. Alpha Olefin C1618 can be used in the production of oxo alcohols, alkylated aromatics, epoxides, tanning oils, synthetic fatty acids, and alpha olefin sulfonates. C1618 is also used as a base fluid for synthetic drilling muds.
Linear Alpha Olefin (LAO) Alpha Olefin C1618 Isomerized OlefinAlpha Olefin C1618 Isomerized Olefin undergoes all reactions of typical of olefins. C1618 Isomerized Olefin can be used in the production of lubricant additives, epoxides, anhydrides, synthetic fatty acids, and alkylated aromatics. It is also used as a base fluid for synthetic drilling muds.
Linear Alpha Olefin (LAO) Alpha Olefin C181-Octadecene enters into all reactions typical of alpha olefins. It can be used in the production of amines and amine oxides, mercaptans, oxo alcohols, alkylated aromatics, alpha olefin sulfonates, synthetic lubricants, epoxides, tanning oils and synthetic fatty acids.
Linear Alpha Olefin (LAO) Alpha Olefin C18 Isomerized OlefinAlpha Olefin C18 Isomerized Olefin undergoes all reactions of typical of olefins. C18 Isomerized Olefin can be used in the production of lubricant additives, epoxides, anhydrides, synthetic fatty acids, and alkylated aromatics.
Linear Alpha Olefin (LAO) Alpha Olefin C20+Alpha olefin blends undergo all reactions typical of alpha olefins. They can be used in the production of amines and amine oxides, oxo alcohols, alkylated aromatics, epoxides, tanning oils, synthetic lubricants, lubricant additives, alpha olefin sulfonates and synthetic fatty acids.
Linear Alpha Olefin (LAO) Alpha Olefin C2024Alpha olefin blends undergo all reactions typical of alpha olefins. They can be used in the production of amines and amine oxides, oxo alcohols, alkylated aromatics, epoxides, tanning oils, synthetic lubricants, lubricant additives, alpha olefin sulfonates and synthetic fatty acids.
Linear Alpha Olefin (LAO) Alpha Olefin C61-Hexene enters into all reactions typical of alpha olefins. It can be used as a comonomer in polyolefins and as an intermediate in the production of oxo alcohols, hexyl mercaptans, organic aluminum compounds and synthetic fatty acids.
Linear Alpha Olefin (LAO) Alpha Olefin C81-Octene enters into all reactions typical of alpha olefins. It can be used as a comonomer in polyolefins and as an intermediate in the production of oxo alcohols, octyl mercaptans, amines, organic aluminum compounds, synthetic fatty acids and hydrogenated oligomers.
Linear Alpha Olefin (LAO)Amodrill®Amodrill 1000Gulf of Mexico (GOM) Compliant drilling fluid for offshore drilling, the standard for US waters
Linear Alpha Olefin (LAO)Amodrill®Amodrill 1100Oilfield drilling fluids, favored in European waters or zero discharge operations
Linear Alpha Olefin (LAO)Amodrill®Amodrill 1200Oilfield drilling fluids, used in offshore applications
Linear Alpha Olefin (LAO)Amodrill®Amodrill 1230Oilfield drilling fluids, used in offshore applications
Linear Alpha Olefin (LAO)Amodrill®Amodrill 1410Lower viscosity drilling fluids; ideal for land farming of cuttings
Linear Alpha Olefin (LAO)Amodrill®Amodrill 1500Lower pour point and viscosity fluid ideal for offshore and land drilling
Linear Alpha Olefin (LAO)Amodrill®Amodrill 2110Additive used to improve lubricity and wellbore stability. A PAO type material
Specialty Oligomers CodibutyleneOctyl phenol tire tackifiers
Specialty Oligomers CyclopentaneFoam blowing agent; reaction medium solvent; aerosol propellant; extraction solvent
Specialty Oligomers Cyclopentane 70Foam blowing agent; reaction medium solvent; aerosol propellant; extraction solvent
Specialty Oligomers DiisobutyleneOctylphenol resins used as tackifiers in radial tires, Octylated diphenylamine stabilizers for lubricants and rubbers, Isononyl derivatives used to produce polymerization initiators and compressor fluids, Sulfur additives for anti-wear lubricants and HALS stabilizers for outdoor polyolefin applications, co-monomer in the production of elastomers and hydrocarbon resins, chain stopper for polycarbonate resins
Specialty Oligomers Diisobutylene HPOctylphenol resins used as tackifiers in radial tires, Octylated diphenylamine stabilizers for lubricants and rubbers, Isononyl derivatives used to produce polymerization initiators and compressor fluids, Sulfur additives for anti-wear lubricants and HALS stabilizers for outdoor polyolefin applications, co-monomer in the production of elastomers and hydrocarbon resins, chain stopper for polycarbonate resins
Polyalpha Olefin (PAO)Durasyn®Durasyn 125Durasyn 125 polyalphaolefin is a 5 cSt (mm2/s) fully synthesized hydrogenated hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 126Durasyn 126 polyalphaolefin is a 6 cSt (mm2/s) fully synthesized hydrogenated hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 127Durasyn 127 polyalphaolefin is a 7 cSt (mm2/s) fully synthesized hydrogenated hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 128Durasyn 128 polyalphaolefin is an 8 cSt (mm2/s) fully synthesized hydrogenated hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 145Durasyn 145 polyalphaolefin is a 5 cSt (mm2/s) fully synthesized hydrogenated hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 146Durasyn 146 polyalphaolefin is a 6 cSt (mm2/s) fully synthesized hydrogenated hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 147Durasyn 147 polyalphaolefin is a 7 cSt (mm2/s) fully synthesized hydrogenated hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 148Durasyn 148 polyalphaolefin is an 8 cSt (mm2/s) fully synthesized hydrogenated hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 162Durasyn 162 polyalphaolefin is a 2 cSt (mm2/s) hydrogenated synthetic hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 164Durasyn 164 polyalphaolefin is a 4 cSt (mm2/s) hydrogenated synthetic hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 166Durasyn 166 polyalphaolefin is a 6 cSt (mm2/s) hydrogenated synthetic hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 168Durasyn 168 polyalphaolefin is an 8 cSt (mm2/s) hydrogenated synthetic hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 170Durasyn 170 polyalphaolefin is a 10 cSt (mm2/s) hydrogenated synthetic hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 174IDurasyn 174I polyalphaolefin is a 50 cSt (mm2/s) hydrogenated synthetic hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 180IDurasyn 180I polyalphaolefin is a 135 cSt (mm2/s) hydrogenated synthetic hydrocarbon base fluid.
Polyalpha Olefin (PAO)Durasyn®Durasyn 180RDurasyn 180R polyalphaolefin is a 100 cSt (mm2/s) hydrogenated synthetic hydrocarbon base fluid.
Polybutene (PIB)Indopol®Indopol H-100Fuel & Lube additives; Rubber; asphalt/bitumen; cables; agricultural; oil thickener; 2 stroke oil; gear & hydraulic oil; compressor oil; metalworking; grease; adhesives; sealants; cosmetics; polymer modification; emulsions
Polybutene (PIB)Indopol®Indopol H-1200Fuel & Lube additives; Rubber; asphalt/bitumen; cables; agricultural; oil thickener; gear & hydraulic oil; compressor oil; metalworking; grease; adhesives; sealants; cling film; emulsions
Polybutene (PIB)Indopol®Indopol H-15Rubber; cables; agricultural; sealants; polymer modification; emulsions
Polybutene (PIB)Indopol®Indopol H-1500Fuel & Lube additives; rubber; asphalt/bitumen; cables; agricultural; oil thickener; gear & hydraulic oil; compressor oil; metalworking; grease; adhesives; sealants; cling film; emulsions
Polybutene (PIB)Indopol®Indopol H-18000Asphalt/bitumen; agricultural; oil thickener; gear & hydraulic oil; metalworking; grease; sealants; damping fluids; emulsions
Polybutene (PIB)Indopol®Indopol H-1900Rubber; asphalt/bitumen; agricultural; oil thickener; gear & hydraulic oil; compressor oil; metalworking; grease; adhesives; sealants; personal care; emulsions, medical
Polybutene (PIB)Indopol®Indopol H-2100Rubber; asphalt/bitumen; agricultural; oil thickener; gear & hydraulic oil; compressor oil; metalworking; grease; adhesives; sealants; personal care; emulsions
Polybutene (PIB)Indopol®Indopol H-25Rubber; cables; agricultural; putties; grease; compressor oil; adhesives; sealants; polymer modification; emulsions
Polybutene (PIB)Indopol®Indopol H-300Fuel & Lube additives; Rubber; asphalt/bitumen; cables; agricultural; oil thickener; 2 stroke oil; gear & hydraulic oil; compressor oil; metalworking; grease; adhesives; sealants; cling film; cosmetics; personal care; polymer modification; emulsions
Polybutene (PIB)Indopol®Indopol H-50Rubber; cables; agricultural; putties; oil thickener; 2 stroke oil; gear & hydraulic oil; adhesives; sealants; polymer modification; emulsions
Polybutene (PIB)Indopol®Indopol H-6000Asphalt/bitumen; agricultural; oil thickener; gear & hydraulic oil; metalworking; grease; sealants; damping fluids; emulsions
Polybutene (PIB)Indopol®Indopol H-7Rubber; asphalt/bitumen; cables; agricultural; metalworking; compressor oil; 2 stroke oil; sealants; defoamer; polymer modification; emulsions
Polybutene (PIB)Indopol®Indopol L-14Rubber; asphalt/bitumen; agricultural; metalworking; 2 stroke oil; defoamer; grease; cosmetics; polymer modification; emulsions
Polybutene (PIB)Indopol®Indopol L-2Solvent; mould release; 2 stroke oil; emulsions
Polybutene (PIB)Indopol®Indopol L-3Solvent; mould release; 2 stroke oil; emulsions
Polybutene (PIB)Indopol®Indopol L-6Mould release; 2 stroke oil; metalworking; emulsions
Polybutene (PIB)Indopol®Indopol L-8Mould release; 2 stroke oil; metalworking; grease; emulsions
Specialty Oligomers IsoamyleneUsed in the synthesis of fragrances, pesticides, herbicides, pharmaceuticals, catalysts, peroxides, phenolic resins, hot melt adhesives, stabilizers and photo-developers
Specialty Oligomers IsododecaneParticularly suitable for all applications in which stringent demands are made regarding purity and chemical stability. An important use of Isododecane is in the polymerization processes (e.g. low density polyethylene, polypropylene, PVC, styrenics and synthetic rubbers), where it is used as either a solvent or as a dispersing agent for high reactivity organic peroxide catalysts. Its low odour, very low toxicity, and easily detectable solvent residues are important properties for film applications. Other uses are for cosmetics, insecticide solutions and solvents.
Specialty Oligomers IsoeicosaneEmollient in the personal care industry during the manufacture of make-up, eye shadow, baby wipes, skin lotions, hair care, and dental moulding materials (silicone extender).
Specialty Oligomers IsohexadecaneHigh quality cosmetic and personal care products: Foundation creams, suncare or skincare creams, lip balms, deodorants, antiperspirant sticks, makeup removers and hair conditioners. Isohexadecane can also be used as heat transfer fluid when higher temperatures and lower pressures are required.
Specialty Oligomers Isooctane 100Reference fuel; inert reaction medium for organic synthesis; solvent for the extraction of branched paraffins and for the crystallisation of fine chemicals. Also used as solvent for pyrophoric reagents like n-Butyllithium or Methylaluminoxane.
Specialty Oligomers MethoxypentaneReaction medium and extraction solvent in advanced chemical processing in the manufacture of specilaty chemicals, fine chemicals, and life science intermediates
Specialty Oligomers MethylpropadieneCo-monomer in 1,3-butadiene based rubber and elastomers production, intermediate in the synthesis of flavor and fragrance products
Polybutene (PIB)Panalane®Panalane H-300ECosmetic ingredient; personal care
Polybutene (PIB)Panalane®Panalane L-14ECosmetic ingredient; personal care
Polyalpha Olefin (PAO)Silkflo®Silkflo 362Silkflo 362 is a 2 cSt (mm2/S) hydrogenated Didecene base fluid for cosmetic applications.
Polyalpha Olefin (PAO)Silkflo®Silkflo 364Silkflo 364 is a 4 cSt (mm2/S) hydrogenated Polydecene base fluid for cosmetic applications.
Polyalpha Olefin (PAO)Silkflo®Silkflo 366Silkflo 366 is a 6 cSt (mm2/S) hydrogenated Polydecene base fluid for cosmetic applications.
Specialty Oligomers TriisobutyleneChemical intermediate in the production of tert-Dodecylmercaptan – a chain transfer agent used in the polymerisation of styrenics - and tridecyl alcohol/acid (plasticisers and solvent components). Triisobutylene can also be functionalized for the production of lube additives.

INEOS Oxide

MATERIALBRANDGRADETYPICAL APPLICATIONS
Oxo-alcohols 2-Ethylhexanol2-Ethylhexanol is mainly used as a starting material for the manufacture of plasticizers, lubricants and other chemical products such as raw materials for paints and coatings. Furthermore is also used as a solvent.
Ethanolamines Alkanolamine 5503 (PEA)Alkanolamine 5503 (or PEA) is an ethanolamine with a typical application in cement and concrete additives.
Alkoxylates Alkyl Ether AE2INEOS Oxide’s fatty alcohol ethoxylates are non-ionic surfactants obtained by adding ethylene oxide to linear fatty alcohols having a C12-C16 alkyl chain. Their main application is as a raw material for cleaning agents, laundry detergents and diswashing agents.
Alkoxylates Alkyl Ether AE3INEOS Oxide’s fatty alcohol ethoxylates are non-ionic surfactants obtained by adding ethylene oxide to linear fatty alcohols having a C12-C16 alkyl chain. Their main application is as a raw material for cleaning agents, laundry detergents and diswashing agents.
Alkoxylates Alkyl Ether AE5INEOS Oxide’s fatty alcohol ethoxylates are non-ionic surfactants obtained by adding ethylene oxide to linear fatty alcohols having a C12-C16 alkyl chain. Their main application is as a raw material for cleaning agents, laundry detergents and diswashing agents.
Alkoxylates Alkyl Ether AE7INEOS Oxide’s fatty alcohol ethoxylates are non-ionic surfactants obtained by adding ethylene oxide to linear fatty alcohols having a C12-C16 alkyl chain. Their main application is as a raw material for cleaning agents, laundry detergents and diswashing agents.
Alkoxylates Alkyl Ether LM 1INEOS Oxide’s fatty alcohol ethoxylates are non-ionic surfactants obtained by adding ethylene oxide to linear fatty alcohols having a C12-C16 alkyl chain. Their main application is as a raw material for cleaning agents, laundry detergents and diswashing agents.
Alkoxylates Alkyl Ether LM 7INEOS Oxide’s fatty alcohol ethoxylates are non-ionic surfactants obtained by adding ethylene oxide to linear fatty alcohols having a C12-C16 alkyl chain. Their main application is as a raw material for cleaning agents, laundry detergents and diswashing agents.
Alkoxylates Antifoam RTB3510EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Antifoam RTC5035Polyether polyols are addition polymers of propylene oxide and various polyol initiators such as glycerol. Main applications are in the production of polyurethane foams and use as antifoams.
Alkoxylates Block Copolymer TB12087EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Block Copolymer TB19095EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Block Copolymer TB2540EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Block Copolymer TB4010EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Block Copolymer TB4040EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Block Copolymer TB4510EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Block Copolymer TB5031EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Block Copolymer TB5432EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Block Copolymer TB6010EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates Block Copolymer TB8521EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Glycol Ethers & Glycol Ether Acetates Butyl Diglycol AcetateGlycol ethers acetates are versatile, oxygenated solvents which are primarily used in paints, coatings and inks formulations. They are also widely used in sealants and adhesives, in pharmaceutical applications, in the textile industry, in cleaning formulations and as extraction solvents.
Glycol Ethers & Glycol Ether Acetates Butyl DiglycoletherNot only is BDGE one of the main raw materials for the production of butyl diglycol acetate, it's also vital in paints, coatings, plasiticizers and many other products and applications.
Glycol Ethers & Glycol Ether Acetates Butyl Glycol AcetateGlycol ethers acetates are versatile, oxygenated solvents which are primarily used in paints, coatings and inks formulations. They are also widely used in sealants and adhesives, in pharmaceutical applications, in the textile industry, in cleaning formulations and as extraction solvents.
Glycol Ethers & Glycol Ether Acetates Butyl GlycoletherBGE is an important material for the production of various coatings, paints, inks, plasticizers, insecticide and herbicide formulations. It's also used by INEOS as one of the raw materials for butyl glycol acetate.
Glycol Ethers & Glycol Ether Acetates Butyl Triglycolether Mixture (Solvent 14)BTGE mix has a wide range of applications and can be found in cleaning agents, brake fluids, printing inks, ....
Ethylene Oxide, EO Glycols & Antifreeze C2052C2052 antifreeze is suitable for both petrol and diesel engines. The C2052 formulation is based on monoethylene glycol as the main constituent. It uses organic acid inhibitor technology, and is thus free of nitrites, amines, phosphates, borax, silicates, and other mineral additives.
Ethylene Oxide, EO Glycols & Antifreeze C2230C2230 antifreeze is suitable for both petrol and diesel engines. The C2230 formulation is based on monoethylene glycol, and is free of nitrites, amines, and phosphates.
Ethanolamines DiethanolamineEthanolamines are one of the most versatile members of the EO derivatives family. They are bifunctional molecules containing both amine and alcohol functional groups and are therefore capable of undergoing reactions at both groups. Many of their industrial applications rely on these features. Typical applications include agrochemicals, chemical intermediates, corrosion inhibitors, cosmetics and personal care products, gas treatment, pharmaceuticals, .... .
Ethylene Oxide, EO Glycols & Antifreeze Diethylene Glycol, High Purity GradeDEG HP is used in the manufacture of unsaturated polyester resins, polyurethanes and plasticizers. It's also used as a solvent and humectant.
Propylene Oxide & PO Glycols Dipropylene GlycolDipropyleneglycol is found in paints, resins, deicer formulations, and in printing inks. Small amounts are also used in the pharmaceutical industry.
Glycol Ethers & Glycol Ether Acetates Drilling Fluid Additive DCP208DCP 208's main application is it's usage as a drilling fluid additive. When added to brine muds or polymer muds at a concentration of 3-5 % it gives excellent shale control performance and increased cutting hardness, and produces marked decreases in overall mud dilution rates. Muds containing DCP208 also show significant decreases in friction coefficient, filter cake thickness, and fluid loss.
Glycol Ethers & Glycol Ether Acetates EthoxypropanolTypical applications of EP containing endproducts include adhesives, paints, inks and coatings.
Glycol Ethers & Glycol Ether Acetates Ethoxypropoxy Propanol (EDP)EDP is used in hydraulic brake fluids and cleaning agents.
Glycol Ethers & Glycol Ether Acetates Ethoxypropyl AcetateGlycol ethers acetates are versatile, oxygenated solvents which are primarily used in paints, coatings and inks formulations. They are also widely used in sealants and adhesives, in pharmaceutical applications, in the textile industry, in cleaning formulations and as extraction solvents.
Acetate Esters Ethyl AcetateEthyl acetate is an excellent solvent for cellulose nitrate and is used extensively in the surface coating industries. It is also used in the manufacture of adhesives, printing inks and several other products.
Glycol Ethers & Glycol Ether Acetates Ethyl Diglycolether 99,0% (Industrial Grade)EDGE and ETGE are used in various applications ranging from paints, inks, solvents to cosmetics and other specialty products.
Glycol Ethers & Glycol Ether Acetates Ethyl Diglycolether 99,5% (Cosmetic Grade)EDGE and ETGE are used in various applications ranging from paints, inks, solvents to cosmetics and other specialty products.
Glycol Ethers & Glycol Ether Acetates Ethyl TriglycoletherEDGE and ETGE are used in various applications ranging from paints, inks, solvents to cosmetics and other specialty products.
Glycol Ethers & Glycol Ether Acetates Ethyl Triglycolether MixtureINEOS Oxide offers ethyl triglycol ether mixture (ETGE MIX), a mixture containing triethylene glycol monoethyl ether and tetraethylene glycol monoethyl ether as the main components.
Glycol Ethers & Glycol Ether Acetates Ethyl Triglycolether Mixture, High Purity GradeINEOS Oxide offers ethyl triglycol ether mixture (ETGE MIX), a mixture containing triethylene glycol monoethyl ether and tetraethylene glycol monoethyl ether as the main components.
Ethylene Oxide, EO Glycols & Antifreeze Ethylene OxideEO is a highly reactive building block for many specialised EO derivatives which are themselves very reactive, in turn making them attractive for a wide range of end uses, such as pharma-care products, detergents/shampoos, synthetic lubricants for industrial plant and automotive, surface coatings, agrochemicals, biotechnology, food and paper processing, and oil and gas recovery.
ENB & VNB Norbornenes Ethylidene NorborneneENB & VNB are used predominantly as the diene monomer in the production of ethylene-propylene-diene rubber (EPDM); an extremely wear and weather resistant high performance rubber which is increasingly favoured for use in the automotive, white goods and construction industries.
GAS/SPEC Gas Treating Amines GAS/SPEC CS-1GAS/SPEC CS-1 specialty amine is a formulated MDEA (methyldiethanolamine) solvent designed for removal of H2S and CO2 from gas or liquid hydrocarbon streams. GAS/SPEC CS-1 is typically used in applications where low levels of CO2 are required in the treated gas. GAS/SPEC CS-1 provides greater gas removal capacity per volume of circulating solution than generic amines such as monoethanolamine (MEA) or diethanolamine (DEA). GAS/SPEC CS-1 is less corrosive than generic amines and can be used at up to 50 weight % amine strength, which reduces amine circulation rate and energy usage. This translates into lower operating costs and increased capacity for existing equipment and reduced capital for new equipment. Treament of natural gas, LPG, and ethane are typical applications.
GAS/SPEC Gas Treating Amines GAS/SPEC CS-1000GAS/SPEC CS-1000 is a methyldiethanolamine (MDEA) based solvent formulated to provide deep removal of carbon dioxide (CO2) from gas processing applications. GAS/SPEC CS-1000 allows for greater CO2 removal capacity with superior chemical stability, lower corrosion and longer product life under extreme conditions than MEA (monoethanolamine) or DEA (diethanolamine). GAS/SPEC CS-1000 solvent should be considered mainly for applications in which the treated gas CO2 specification is less than 1000 ppmv. GAS/SPEC CS-1000 can be used to replace MDEA-piperazine blends in all applications. Typical ones include ammonia, hydrogen plants and ethane treating.
GAS/SPEC Gas Treating Amines GAS/SPEC CS-2000GAS/SPEC CS-2000 Series Specialty Amines are a methyldiethanolamine (MDEA) based solvent formulated to provide deep removal of carbon dioxide (CO2) from gas streams. GAS/SPEC CS-2000 provides enhanced formulation stability over previous product alternatives in the market. By eliminating the preferential component loss that leads up to a buildup of impurities, it retains maximum CO2 removal capacity with lower energy requirements, lower corrosion, and longer product life even under extreme conditions. This translates into lower operating costs and less maintenance.
GAS/SPEC Gas Treating Amines GAS/SPEC CS-3GAS/SPEC CS-3 Specialty Amine is specifically designed for near complete removal of H2S and moderate removal of CO2 from gas or liquid streams. This solvent is ideal for gas treating applications where some CO2 in the treated gas is desired. By allowing a portion of the CO2 to remain, GAS/SPEC CS-3 can increase the treating capacity or reduce the energy costs of the amine system with significantly less corrosion than diethanolamine (DEA) or monoethanolamine (MEA).
GAS/SPEC Gas Treating Amines GAS/SPEC CSPLUSGAS/SPEC CS-Plus Specialty Amine is specifically designed for maximum CO2 removal. Since it’s introduction in 1988, GAS/SPEC has proven to be one of the most cost effective solvent for CO2 removal in ammonia, hydrogen, and other gas processing plants. This solvent has allowed gas processors to increase gas throughput or reduce energy costs in existing facilities.
Ethanolamines GAS/SPEC MDEAINEOS methyldiethanolamine (MDEA) based products offer the most affordable and effective method for removing hydrogen sulfide (H2S),carbon dioxide (CO2), and other contaminants from gas streams. GAS/SPEC specialty amines are proprietary formulations based on MDEA. GAS/SPEC specialty amines are formulated to meet your specific gas-treating needs and to provide a level of performance that other amines cannot match.
GAS/SPEC Gas Treating Amines GAS/SPEC SSGAS/SPEC SS Specialty Amine is an INEOS formulated MDEA (methyldiethanolamine) specifically designed for the gas treating industry. It selectively removes H2S over CO2 from a gas or liquid stream, which results in greater acid gas removal capacity per volume of circulating solution than amines such as monoethanolamine (MEA), diethanolamine (DEA), and diisopropanolamine (DIPA). GAS/SPEC SS is less corrosive and less prone to degradation than MEA, DEA, or DIPA and it can be used at up to 50 weight % amine strength, which reduces amine circulation rate and energy usage. This translates into lower operating costs and increased capacity for existing equipment and reduced capital for new equipment. Applications include coal gasification and tail gas treating.
GAS/SPEC Gas Treating Amines GAS/SPEC SS-3GAS/SPEC SS-3 Specialty Amine is formulated for use in applications where selective removal of H2S from gas streams is required. GAS/SPEC SS-3 not only removes H2S to lower levels than MDEA (methyldiethanolamine) alone, but also improves CO2 slip. Increased selectivity for H2S over CO2 allows the plant to increase treating capacity, lower energy usage, and improve the quality of acid gas going to the sulfur plant.
GAS/SPEC Gas Treating Amines GAS/SPEC TG-10GAS/SPEC TG-10 Specialty Amine is specifically designed for meeting a 10 ppmv H2S specification in tail gas treating applications. GAS/SPEC TG-10 is ideal for meeting stringent regulatory requirements and reducing the final SO2 effluent associated with tail gas treaters. GAS/SPEC TG-10 can allow you to realize near 99.9% sulfur conversion. This product can help meet the lower specifications without the penalty of increased CO2 pickup so there is no reduction in sulfur plant capacity.
Alkoxylates INEOX 12RHB275The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX 50HB260The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX 50HB400The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX 50HB5100The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX 50HB660The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX LB1715The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX LB285The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX LB385The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX LB525The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX LB625The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX LB65The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates INEOX LB825The polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Oxo-alcohols IsobutanolIsobutanol is used as a solvent and a raw material for the production of the corresponding acetate and acrylate esters.
Acetate Esters Isobutyl AcetateButyl acetates are well-established solvents in the coatings, leather, paper and chemical processing industries.
Acetate Esters Isopropyl AcetateIsopropyl acetate is an excellent solvent for a large range of synthetic resins and is miscible with all common organic liquids. It finds extensive application in ink formulations, surface coatings, adhesives and pharmaceutical industries.
Acetate Esters Isopropyl Acetate High PurityIsopropyl acetate is an excellent solvent for a large range of synthetic resins and is miscible with all common organic liquids. It finds extensive application in ink formulations, surface coatings, adhesives and pharmaceutical industries.
Glycol Ethers & Glycol Ether Acetates Isopropyl GlycoletherIsopropyl glycolether is used in cosmetic, paints and inks.
Glycol Ethers & Glycol Ether Acetates Isopropyl Glycolether HPIPGE High Purity typically has similar applications as standard IPGE but with extra demands with regards to purity. Furthermore it is also used in the manufacture of pharmaceuticals.
Alkoxylates Methoxy Polyethylene Glycol 1000NGMethoxypolyethylene glycols (MPEGs) are addition polymers of methanol and ethylene oxide. MPEG's are typically designated by a number indicating their average molecular weight. They are typically used as a chemical intermediate, e.g. For the production of polyersters and as a polymer modifier.
Alkoxylates Methoxy Polyethylene Glycol 2000NGMethoxypolyethylene glycols (MPEGs) are addition polymers of methanol and ethylene oxide. MPEG's are typically designated by a number indicating their average molecular weight. They are typically used as a chemical intermediate, e.g. For the production of polyersters and as a polymer modifier.
Alkoxylates Methoxy Polyethylene Glycol 3000Methoxypolyethylene glycols (MPEGs) are addition polymers of methanol and ethylene oxide. MPEG's are typically designated by a number indicating their average molecular weight. They are typically used as a chemical intermediate, e.g. For the production of polyersters and as a polymer modifier.
Alkoxylates Methoxy Polyethylene Glycol 350Methoxypolyethylene glycols (MPEGs) are addition polymers of methanol and ethylene oxide. MPEG's are typically designated by a number indicating their average molecular weight. They are typically used as a chemical intermediate, e.g. For the production of polyersters and as a polymer modifier.
Alkoxylates Methoxy Polyethylene Glycol 500Methoxypolyethylene glycols (MPEGs) are addition polymers of methanol and ethylene oxide. MPEG's are typically designated by a number indicating their average molecular weight. They are typically used as a chemical intermediate, e.g. For the production of polyesters and as a polymer modifier.
Alkoxylates Methoxy Polyethylene Glycol 5000Methoxypolyethylene glycols (MPEGs) are addition polymers of methanol and ethylene oxide. MPEG's are typically designated by a number indicating their average molecular weight. They are typically used as a chemical intermediate, e.g. For the production of polyersters and as a polymer modifier.
Alkoxylates Methoxy Polyethylene Glycol 750Methoxypolyethylene glycols (MPEGs) are addition polymers of methanol and ethylene oxide. MPEG's are typically designated by a number indicating their average molecular weight. They are typically used as a chemical intermediate, e.g. For the production of polyersters and as a polymer modifier.
Alkoxylates Methoxy Polyethylene Glycol 750NGMethoxypolyethylene glycols (MPEGs) are addition polymers of methanol and ethylene oxide. MPEG's are typically designated by a number indicating their average molecular weight. They are typically used as a chemical intermediate, e.g. For the production of polyersters and as a polymer modifier.
Glycol Ethers & Glycol Ether Acetates Methyl DiglycoletherTypical applications of MDGE are situated in the paints, inks and coatings sector. It's also used as a solvent in the printing and dyeing of textile fibers and fabrics.
Glycol Ethers & Glycol Ether Acetates Methyl Diglycolether, Fuel Additive GradeMDGE fuel grade is mainly used as an anti-icing additive in jet fuel (Fuel System Icing Inhibitor, FSII).
Glycol Ethers & Glycol Ether Acetates Methyl Triglycolether Mixture, Brake Fluid GradeThe brake fluid grade of MTGE is mainly used in the automotive sector.
Glycol Ethers & Glycol Ether Acetates Methyl Triglycolether, High Purity GradeMTGE is typically used in products such as paints, coatings, inks. It's also used as a solvent in the processing of textiles and fabrics.
Ethanolamines MonoethanolamineEthanolamines are one of the most versatile members of the EO derivatives family. They are bifunctional molecules containing both amine and alcohol functional groups and are therefore capable of undergoing reactions at both groups. Many of their industrial applications rely on these features. Typical applications include agrochemicals, chemical intermediates, corrosion inhibitors, cosmetics and personal care products, gas treatment, pharmaceuticals, .... .
Ethylene Oxide, EO Glycols & Antifreeze Monoethylene Glycol, Antifreeze GradeINEOS Oxide's MEG antifreeze grade is a key constituent for automative engine antifreeze and coolants.
Ethylene Oxide, EO Glycols & Antifreeze Monoethylene Glycol, GTI GradeMEG TGI grade 's typical applications are situated in the automtive and lubricants sector.
Ethylene Oxide, EO Glycols & Antifreeze Monoethylene Glycol, Polyester GradePolyester grade MEG is typically used in production of polyethylene terephtalate (PET, polyester).
Propylene Oxide & PO Glycols Monopropylene Glycol HP GradeMonopropyleneglycol high purity grade is used in aircraft deicers and hydraulic fluids. Other applications include antifreeze, detergents, and lacquers and adhesives.
Propylene Oxide & PO Glycols Monopropylene Glycol USP/EP GradeThe USP/EP grade of monopropyleneglycol meets all the requirements of the United States Pharmacopeia (USP) and European Pharmacopoeia (EP). It is used in flavours and fragrances, animal feed and in personal care products such as shampoos. It is also used as a solvent in the production of pharmaceuticals, and as a humectant in packaged fruit.
Oxo-alcohols n-ButanolNormal butanol is a versatile solvent used in a range of applications, notably in coating formulations. It's also a raw material in the manufacture of glycolethers and acetate esters.
Acetate Esters n-Butyl AcetateButyl acetates are well-established solvents in the coatings, leather, paper and chemical processing industries.
Acetate Esters n-Butyl Acetate, Urethane GradeButyl acetates are well-established solvents in the coatings, leather, paper and chemical processing industries.
Alkoxylates Polyethylene Glycol 1000, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 1000, Polyurethane GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 1000, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 10000, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 1500, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 1500, Polyurethane GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 1500, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 200, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 2000, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 2000, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 205, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 300, Deashed Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 300, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 300, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 3350, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 3350, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 3350XLA, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 400, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 400, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 4000, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 4000, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 5500, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 600, Deashed GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 600, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 600, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 6000, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 6000, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 800, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 800, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 8000, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polyethylene Glycol 8000, Standard GradePolyethylene glycols are linear homopolymers of ethylene oxide. They are available in average molecular weights ranging from 200 to 8000. All PEGs are designated by a number indicating the average molecular weight. PEG 200, 300 and 400 are clear, viscous liquids at room temperature, PEG 600 and 1000 are liquids above 40 °C. PEG 1500, 3350, 4000, 6000 and 8000 are white waxy solids and are supplied as flakes. Some grades may also be supplied as molten products. They are used in a wide range of industrial sectors and applications including construction, chemicals, textiles, detergents and so on. Based on the amount of residual catalyst they are further divided into several grades.
Alkoxylates Polyethylene Glycol 8000XLA, Pharmaceutical GradeINEOS Oxide's wide range of polyethylene glycols also includes several pharmaceutical grades. These grades have the same propeties as the corresponding standard grades but have a higher purity and quality making them suited for use in demanding pharmaceutical applications. In the European and Japanese Pharmacopoeia these PEGs are named Macrogols.
Alkoxylates Polypropylene Glycol 1200Polypropylene glycols are linear homopolymers of propylene oxide and are available in average molecular weights ranging from 400 to 4000. Applications include antifoams, lubricants and heat transfer fluids.
Alkoxylates Polypropylene Glycol 2000Polypropylene glycols are linear homopolymers of propylene oxide and are available in average molecular weights ranging from 400 to 4000. Applications include antifoams, lubricants and heat transfer fluids.
Alkoxylates Polypropylene Glycol 400Polypropylene glycols are linear homopolymers of propylene oxide and are available in average molecular weights ranging from 400 to 4000. Applications include antifoams, lubricants and heat transfer fluids.
Alkoxylates Polypropylene Glycol 4000Polypropylene glycols are linear homopolymers of propylene oxide and are available in average molecular weights ranging from 400 to 4000. Applications include antifoams, lubricants and heat transfer fluids.
Alkoxylates Polypropylene Glycol 600Polypropylene glycols are linear homopolymers of propylene oxide and are available in average molecular weights ranging from 400 to 4000. Applications include antifoams, lubricants and heat transfer fluids.
Propylene Oxide & PO Glycols Propylene OxidePropylene oxide is a very reactive molecule which is mainly used for the production of other important chemicals like polyether polyols, propylene glycols and alkoxylates. These end up in a wide range of applications such as polyurethanes, industrial solvents, synthetic lubricants and textile surfactants.
Alkoxylates Rapeseed methylester ethoxylate 7The fatty acid methyl ester ethoxylates produced by INEOS Oxide are obtained by adding ethylene oxide to fatty acid methyl esters (e.g. Rapeseed methyl ester). These products are typically used as non-ionic surfactants in detergents for cleaning applications and in emulsifiers.
Alkoxylates Softanol 120Softanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 150Softanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 200Softanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 30Softanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 300Softanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 400Softanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 50Softanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 50, Cosmetic GradeSoftanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 70Softanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 70, Cosmetic GradeSoftanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Softanol 90Softanol® secondary alcohol ethoxylates are non-ionic surfactants which are obtained by the addition of ethylene oxide to linear secondary alcohols having a C12-C14 alkyl chain. These products have various applications in industries such as paper & pulp, textile and pesticides. Some grades have special applications in cosmetics.
Alkoxylates Solvent CSI40SThe polyalkylene glycols (PAGs) produced by INEOS Oxide include a wide range of linear homopolymers and random copolymers of ethylene oxide and/or propylene oxide. Applications include, but are not limited to; chemical intermediates, cosmetics and toiletries, lubricants, hydraulic and metal working fluids, solvents, ....
Alkoxylates TC 3514EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Alkoxylates TC 3517EO/PO block copolymers belong to a versatile range of non-ionic, low-foaming surfactants of ethylene oxide and propylene oxide. The composition can be a PO block flanked by polyethylene oxide chains, generating two primary hydroxyl groups (TB series); or a reversed structure, where a central EO block is sandwiched between polypropylene oxide groups resulting in an overtone of secondary hydroxyl end groups (RTB series). Adjusting the sizes of both chains allows the synthesis of materials with great flexibility in chemical and physical properties. This results in a wide range of applications such as antifoams, plasticizers, lubricants, detergents and cleaners.
Ethanolamines Triethanolamine 85Triethanolamine 85 is a mixture of 85% TEA and 15% DEA with applications similar to those of the pure ethanolamines.
Ethanolamines Triethanolamine 99 (TEA99)Ethanolamines are one of the most versatile members of the EO derivatives family. They are bifunctional molecules containing both amine and alcohol functional groups and are therefore capable of undergoing reactions at both groups. Many of their industrial applications rely on these features. Typical applications include agrochemicals, chemical intermediates, corrosion inhibitors, cosmetics and personal care products, gas treatment, pharmaceuticals, .... .
Ethylene Oxide, EO Glycols & Antifreeze Triethylene Glycol, High Purity GradeTEG HP is used in the production of polyester resins. It's also a solvent and is used in gas dehydration.
Ethylene Oxide, EO Glycols & Antifreeze Triethylene/Tetraethylene Glycol Mixture TEG/TETRAApplications of TEG TETRA include lubricants, plasticizer and polyester resins.
Propylene Oxide & PO Glycols Tripropylene GlycolTripropylene glycol is found in paints, resins, deicer formulations, and in printing inks.
ENB & VNB Norbornenes VinylnorborneneENB & VNB are used predominantly as the diene monomer in the production of ethylene-propylene-diene rubber (EPDM); an extremely wear and weather resistant high performance rubber which is increasingly favoured for use in the automotive, white goods and construction industries.

INEOS Paraform

MATERIALBRANDGRADETYPICAL APPLICATIONS
DimethoxymethaneSolvalid DMM100DMM100Production of ion exchange resins and polyacetal resins; blowing agent for PU foams
DimethoxymethaneSolvalid DMM93DMM93Solvent for paint strippers, aerosols and pump sprays
Formaldehyde FormaldehydeMelamine, phenol, urea resins; polyacetal resins; production of hexamine, paraformaldehyde, pentaeryhtritol, MDI, NPG
ParaformaldehydeGranuform®Granuform 91Melamine, phenol, urea resins; polyacetal resins
ParaformaldehydeGranuform®Granuform 96Melamine, phenol, urea resins; polyacetal resins
ParaformaldehydeGranuform®Granuform MPharma synthesis; special adhesives
Hexamethylene tetramineHexa KHexa KVulcanization accelerator for rubber
Hexamethylene tetramine Hexamethylene tetramineCuring of phenolic resins; anti-caking-agent for urea fertilizer; production of fuel tablets
CyanateKANTATE®KC85Production of hardening salts for metal treatment
CyanateKANTATE®KC98Production of hardening salts for metal treatment; chemical synthesis
Hexamethylene tetramineMethenadur®MethenadurCuring of phenolic molding compounds
Hexamethylene tetramineMethenalink®MethenalinkVulcanization accelerator and adhesion promotor
Hexamethylene tetramineMethenamineMethenamine p.a.Pharmaceutical synthesis
CyanateSONATE®NC90Production of herbicides; pharma synthesis
CyanateSONATE®NC95Production of herbicides; pharma synthesis

INEOS Phenol

MATERIALBRANDGRADETYPICAL APPLICATIONS
Acetone Acetone - Chemical gradeSolvents, acrylic polymers and sheets, medical products, computer housing and screens, paints and varnishes, sealants and polycarbonate.
Acetone Acetone - Food sector gradeSheets and films.
Acetone Acetone - Low water contentMedical products and cosmetics.
Acetone Acetone - Pharma gradeMedical products.
Alphamethylstyrene AlphamethylstyreneHeat stabiliser for ABS, casings for coffee machines, irons etc, adhesives, coatings, waxes, tackifiers and antioxydants.
Phenol Phenol synthetic - 99.99%CDs, DVDs, Aspirin, housing construction, automotive, textile, detergents, coatings, fibres, glazing, sheets and films.
Phenol Phenol synthetic - Low water contentCDs, DVDs, Aspirin, housing construction, automotive, textile, detergents, coatings, fibres, glazing, sheets and films.
Phenol Phenol synthetic - Solutions with 5 to 15% waterAspirin, housing construction, automotive, textile, detergents, coatings, fibres, glazing, sheets and films.

INEOS Styrenics

MATERIALBRANDGRADETYPICAL APPLICATIONS
EPS EPS D833BDry moulding for drinking cups and containers, shape moulding
EPS EPS D933BDry moulding for regular and thin-wall cups and containers
EPS EPS F11BLow density, block, including elastified block for impact and airborne sound insulation
EPS EPS F21BLow to medium density block including external insulation and elastified block for impact and airborne sound insulation. Floor elements.
EPS EPS F21MBLow to medium density block including external insulation and elastified block for impact and airborne sound insulation. Floor elements.
EPS EPS F32MBMedium to high density block moulding such as sandwich panels. Shape moulding (>10mm) such as moulded building elements.
EPS EPS F42MBMedium to high density shape and block moulding. Used for producing thin wall contour mouldings( < 10 mm), such as ceiling tiles and decorative panels with good surface finish.
EPS EPS MP22WHigh strength block moulding at high density and short moulding cycle time
EPS EPS MP32WHigh strength block and shape moulding at medium to high density and short moulding cycle time for e.g. white goods, packaging, fish boxes.
EPS EPS MP42WHigh strength shape moulding, thin wall (<10mm) at short moulding times.
EPS EPS RF23WReduced pentane, fast moulding cycle medium density block and large shape moulding
EPS EPS RF33WReduced pentane, fast moulding cycle medium to high density block such as sandwich panels and shape moulding (>10mm) for e.g. moulded building elements and perimeter boards.
EPS EPS RP33WReduced pentane, fast moulding cycle medium to high density block and shape moulding for e.g. home appliance packaging, heated floor elements
EPS EPS RP43WReduced pentane, fast moulding cycle for high density shape moulding, Thin wall (<10mm)
EPSEPS SilverEPS Silver S400LRVery low density insulation board with enhanced thermal insulation properties.
EPSEPS SilverEPS Silver S400RLow density insulation board with enhanced thermal insulation properties. Can be elastified for thermal and acoustic insulation.
EPSEPS SilverEPS Silver S500RMedium to high density insulation board and shape moulding with >10mm walls with enhanced thermal insulation properties
EPSEPS SilverEPS Silver S700RHigh density shape moulding boards with enhanced thermal insulation properties
EPSEPS SilverEPS Silver SR400LRVery low density insulation board with enhanced thermal insulation properties.
EPSEPS SilverEPS Silver SR400RLow density insulation board with enhanced thermal insulation properties. Can be elastified for thermal and acoustic insulation.
EPSEPS SilverEPS Silver SR500RMedium to high density insulation board and shape moulding with >10mm walls with enhanced thermal insulation properties
EPSEPS SilverEPS Silver SR700RHigh density shape moulding boards with enhanced thermal insulation properties

INEOS Technologies

MATERIALBRANDGRADETYPICAL APPLICATIONS
PVC AdditivesEVICASEvicas 90Our world famous EVICAS range of products are used to prevent polymer build-up in reactors and condensers of all the different PVC homopolymer, copolymers and paste/ emulsion manufacturing processes. Main advantages: Extended Reactor Operation (on some reactors for 2000+ batches without cleaning), Increased production capacity (due to decreased time for cleaning), maximum reactor heat transfer as build-up is minimised, safety and environmental improvements as reduced necessity for opening the reactor decreases the potential for a VCM release and minimises employee exposure to VCM, and by reducing lumps and polymer build up, consistent high quality PVC is produced.
PVC AdditivesEVICASEvicas 90CSOur world famous EVICAS range of products are used to prevent polymer build-up in reactors and condensers of all the different PVC homopolymer, copolymers and paste/ emulsion manufacturing processes. No adverse effect on PVC properties when applied evenly and without excess. Could be used for emulsion and copolymer as well as for suspension PVC or other free radical processes. Fully compatible with EVICAS 90, EVICAS 90H and EVICAS CN4. Aids to prevent PVC build-up in troublesome areas eg agitator blades, agitator shaft, internal baffles and condenser tubes. Just a few kg (or less) of EVICAS 90CS needs to be applied during the manual clean. Allows prolonged operation of a reactor, usually for a closed process, before manual cleaning of the reactor is required. Reduces reactor downtime and allows increased PVC productivity per annum. Maximises reactor heat transfer by minimizing the build up of polymer. Can aid fish eye reduction and lowers foreign matter.
PVC AdditivesEVICASEvicas 90HOur world famous EVICAS range of products are used to prevent polymer build-up in reactors and condensers of all the different PVC homopolymer, copolymers and paste/ emulsion manufacturing processes. Main advantages: Extended Reactor Operation (on some reactors for 2000+ batches without cleaning), Increased production capacity (due to decreased time for cleaning), maximum reactor heat transfer as build-up is minimised, safety and environmental improvements as reduced necessity for opening the reactor decreases the potential for a VCM release and minimises employee exposure to VCM, and by reducing lumps and polymer build up, consistent high quality PVC is produced.
PVC AdditivesEVICASEvicas CN4Our world famous EVICAS range of products are used to prevent polymer build-up in reactors and condensers of all the different PVC homopolymer, copolymers and paste/ emulsion manufacturing processes. Main advantages: Improved antifouling performance leading to extended reactor operation: the build-up becomes easier to remove because it is more friable. The reduced necessity for opening the reactor also decreases the potential for a VCM release and minimises employee exposure to VCM. As with EVICAS 90 and 90H, EVICAS CN4 is applicable to all types of reactors and reflux condensers. The EVICAS range products maximises reactor’s heat transfer by minimising the build-up of polymer. Product Quality: with EVICAS CN4, an improvement of up to 20% in the colour of the PVC powder has been observed. EVICAS CN4 reduces the possibilities of dark specs in case of non-optimum antifouling application system (e.g. when too much antifouling agent is added or when the product is applied in a highly non-uniform layer).
EDC CatalystsIVOCHPHT 
EDC CatalystsIVOCHPLT 
Polyethylene catalystsINcatINcat HPLL-PSSupported Catalyst for PE production in gas phase processes
Polyethylene catalystsINcatINcat MT2110Catalyst for PE production in slurry loop processes
Polyethylene catalystsINcatINcat MT4510Catalyst for PE production in slurry loop processes
PVC AdditivesINOVOLINOVOL AF12Antifoam or De-foamer - used to reduce foaming that may occur during the de-gassing of slurry inside the reactor, during high-pressure discharge of slurry from a reactor or during the high temperature stripping of PVC slurry or during additive make-up. Minimises carry-over of PVC during stripping or de-gassing. No adverse effect on polymer properties and perfectly suited to suspension PVC.
PVC AdditivesINOVOLINOVOL AS30Reflux condenser antifoam - used to reduce foaming or swelling that may occur during the PVC reaction in reactors using reflux condensers. Helps to allow an increased monomer charging ratio. Helps to avoid carry-over from the reactor condenser and fouling in the condenser.
PVC AdditivesINOVOLINOVOL FPInovol FP is used in the suspension polymerisation of PVC, mainly to determine morphological parameters such as porosity. Main advantages: Very tight PVC particle size distribution, Improved PVC powder flow, Improved internal morphology of the PVC resin leading to faster VCM desorption kinetics and significantly lower residual VCM content in the polymer. Quick absorption of processing additives. Very efficient to achieve high porosities even at high temperature. Less foaming both in-reactor (with good advantages for condenser operation) and during stripping. Highly efficient secondary – reduced consumption for same porosity target. Improved melt color of the polymer. Strong reduction/ elimination fisheyes/ dispersion problems. Good hot water charge granulation stability.
PVC AdditivesINOVOLINOVOL MS8Recovered monomer stabiliser - used to inhibit polymerisation in the VC recovery system, preventing build-up in the system and inhibiting the formation of unwanted vinyl chloride polyperoxides. It can be used in recovery plants of emulsion, copolymer, mass and suspension PVC.
PVC AdditivesINOVOLINOVOL PA4Dispersing agents, granulating agents - used in the suspension polymerisation of PVC, to determine mainly particle size and size distribution and to ensure suspension stability. Main advantages: Stable and robust recipes across entire grade range. Condenser compatible even at high reflux rate. Compatible with other primaries and secondary suspending agents. Our operating experience with this product is on a range of technologies, reactor types and recipes.
PVC AdditivesINOVOLINOVOL PA6Dispersing agents, granulating agents - used in the suspension polymerisation of PVC, to determine mainly particle size and size distribution and to ensure suspension stability. A primary suspending agent developed to optimize size control during PVC polymerisation also when subjected to very demanding high productivity conditions: High Monomer / water ratios, High condenser heat removal and Direct steam injection heat up. The product works well in combination with Inovol SA5 in low K value PVC grades.
PVC AdditivesINOVOLINOVOL PA6-74Dispersing agents, granulating agents - used in the suspension polymerisation of PVC, to determine mainly particle size and size distribution and to ensure suspension stability. A primary suspending agent developed to optimize size control during PVC polymerisation also when subjected to very demanding high productivity conditions: High Monomer / water ratios, High condenser heat removal and Direct steam injection heat up. The product works well in combination with Inovol SA5 in low K value PVC grades.
PVC AdditivesINOVOLINOVOL PA7Dispersing agents, granulating agents - used in the suspension polymerisation of PVC, to determine mainly particle size and size distribution and to ensure suspension stability. Main advantages: Gives additional colloid stability to the recipe. Suitable for high bulk-density polymers. In combination with Inovol SA5 it improves the size distribution spread. Minimises coarse and fine fraction. Improves the Long Term Heat Stability in Ba/Zn or Ca/Zn formulations.
PVC AdditivesINOVOLINOVOL PA8Dispersing agents, granulating agents to ensure suspension stability.
PVC AdditivesINOVOLINOVOL SA4Inovol SA4 could be used in the suspension polymerisation of PVC, mainly to determine morphological parameters such as porosity. Main advantages: High bulk density versus other secondaries on rigid grades, Low coarse and fine fractions, Low foam - suitable for condenser, Very high consistency .
PVC AdditivesINOVOLINOVOL SA4/bInovol SA4/b could be used in the suspension polymerisation of PVC, mainly to determine morphological parameters such as porosity. Main advantages: High bulk density versus other secondaries on rigid grades, Low coarse and fine fractions, Low foam - suitable for condenser, Very high consistency.
PVC AdditivesINOVOLINOVOL SA5Inovol SA5 is used in the suspension polymerisation of PVC, mainly to determine morphological parameters such as porosity. Main advantages: Very good internal homogeneity of the PVC, Very good strippability of the resin for high-temperature polymerisations resulting in low residual VCM, Low coarse and fine fractions, Suitable also for copolymers. The product has a high cloud point. Inovol SA5 performs excellently in the production of VA/VC (vinyl acetate - vinyl chloride) copolymers.
EDC CatalystsIVOCIVOC-FB1INEOS Technologies has well-proven IVOC Oxychlorination Fluid-Bed Catalysts covering many different fluid bed oxychlorination technologies and processes. Main advantages: good performance with lower burning, improved selectivity and improved Ethylene yield to pure EDC.
EDC CatalystsIVOCIVOC-FB2INEOS Technologies has proven IVOC Oxychlorination Fluid-Bed Catalysts covering many different fluid bed oxychlorination technologies and processes. Main advantages: Excellent performane and selectivity, low burning.
EDC CatalystsIVOCIVOC-FB2*INEOS Technologies has proven IVOC Oxychlorination Fluid-Bed Catalysts covering many different fluid bed oxychlorination technologies and processes. Main advantages: Excellent performance and selectivity, low burning, higher HCl conversion giving a saving in caustic consumption, higher EDC purity giving a saving in the byproducts disposal costs, and higher Ethylene Yield giving a substantial saving in kg Ethylene/ ton of EDC.
EDC CatalystsIVOCIVOC-FB4INEOS Technologies has proven IVOC Oxychlorination Fluid-Bed Catalysts covering many different fluid bed oxychlorination technologies and processes. Main advantages: At standard capacity a saving in ethylene consumption due to a higher ethylene conversion is obtained. At standard capacity, HCl conversion at the same reactants ratio is higher, efficiency is increased and the consumption of ethylene is reduced resulting in significant economical savings for the EDC producers. A significant potential increase in capacity could be obtained.
EDC CatalystsIVOCIVOC-FB4*INEOS Technologies has proven IVOC Oxychlorination Fluid-Bed Catalysts covering many different fluid bed oxychlorination technologies and processes. Main advantages: At standard capacity a saving in ethylene consumption due to a higher ethylene conversion is obtained. At standard capacity, HCl conversion at the same reactants ratio is higher, efficiency is increased and the consumption of ethylene is reduced resulting in significant economical savings for the EDC producers. A significant potential increase in capacity could be obtained.
EDC CatalystsIVOCIVOC-P1DINEOS Technologies has built extensive technical know-how in the field of Fixed-Bed oxychlorination process and catalyst and is licensor of the Fixed-Bed oxychlorination Technology world-wide. The IVOC catalyst system is focused on low pressure drop across the reactors, with exceptionally long catalyst life and an excellent performance.
EDC CatalystsIVOCIVOC-P1DTINEOS Technologies has built extensive technical know-how in the field of Fixed-Bed oxychlorination process and catalyst and is licensor of the Fixed-Bed oxychlorination Technology world-wide. The IVOC catalyst system is focused on low pressure drop across the reactors, with exceptionally long catalyst life and an excellent performance.
EDC CatalystsIVOCIVOC-P1LINEOS Technologies has built extensive technical know-how in the field of Fixed-Bed oxychlorination process and catalyst and is licensor of the Fixed-Bed oxychlorination Technology world-wide. The IVOC catalyst system is focused on low pressure drop across the reactors, with exceptionally long catalyst life and an excellent performance.
EDC CatalystsIVOCIVOC-P2INEOS Technologies has built extensive technical know-how in the field of Fixed-Bed oxychlorination process and catalyst and is licensor of the Fixed-Bed oxychlorination Technology world-wide. The IVOC catalyst system is focused on low pressure drop across the reactors, with exceptionally long catalyst life and an excellent performance.
EDC CatalystsIVOCIVOC-P2TINEOS Technologies has built extensive technical know-how in the field of Fixed-Bed oxychlorination process and catalyst and is licensor of the Fixed-Bed oxychlorination Technology world-wide. The IVOC catalyst system is focused on low pressure drop across the reactors, with exceptionally long catalyst life and an excellent performance.
EDC CatalystsIVOCIVOC-P3INEOS Technologies has built extensive technical know-how in the field of Fixed-Bed oxychlorination process and catalyst and is licensor of the Fixed-Bed oxychlorination Technology world-wide. The IVOC catalyst system is focused on low pressure drop across the reactors, with exceptionally long catalyst life and an excellent performance.
EDC CatalystsIVOCIVOC-P3LINEOS Technologies has built extensive technical know-how in the field of Fixed-Bed oxychlorination process and catalyst and is licensor of the Fixed-Bed oxychlorination Technology world-wide. The IVOC catalyst system is focused on low pressure drop across the reactors, with exceptionally long catalyst life and an excellent performance.
EDC CatalystsIVOCIVOC-P3TINEOS Technologies has built extensive technical know-how in the field of Fixed-Bed oxychlorination process and catalyst and is licensor of the Fixed-Bed oxychlorination Technology world-wide. The IVOC catalyst system is focused on low pressure drop across the reactors, with exceptionally long catalyst life and an excellent performance.
EDC CatalystsIVODIVOD-1Fixed-Bed Catalyst Diluent IVOD is an integral part of our Fixed-Bed Catalyst range. This high quality diluent is used to ensure the optimal loading pattern in the Fixed-Bed reactor system – in both single-stage or multi-stage processes.
EDC CatalystsIVODIVOD-2FFixed-Bed Catalyst Diluent IVOD is an integral part of our Fixed-Bed Catalyst range. This high quality diluent is used to ensure the optimal loading pattern in the Fixed-Bed reactor system – in both single-stage or multi-stage processes.
Polyethylene catalystsINcatNovacat-TSupported Catalyst for PE production in gas phase processes
Polyethylene catalystsINcatSDXSupported Catalyst for PE production in gas phase processes