EX-2018 is a co-polymer of ethylene and propylene. It is designed for use in peroxide cured rubber products, sealants and adhesives, wire and cable, and TPO blends. EX-2018 imparts low temperature flexibility, reduces stress whitening and improves impact resistance. EX-2018 is easily colored and is compatible with most PE/PP color concentrates.

This data represents typical values that have been calculated from all products classified as: Generic EPM This information is provided for comparative purposes only.

Amorphous ethylene-propylene copolymer with a very low Mooney viscosity. Due to its linear character the polymer exhibits cold flow and needs special handling precautions. The product is intended for use as polymeric plasticizer e.g. when formulating oil free EPDM-based compounds.

Amorphous ethylene-propylene copolymer with a very low Mooney viscosity. Due to its linear character the polymer exhibits cold flow and needs special handling precautions. The product is intended for use as a Viscosity Index Improver when formulating multi-grade crankcase and industrial oils.

Amorphous ethylene-propylene copolymer with a low Mooney viscosity. This product is a mid-shear stable amorphous olefin copolymer. Its medium shear stability makes it suitable for use in both non-shear stable and some shear stable applications. It has good low temperature properties when combined with a proper pour point depressant. The product is available as a solid polymer. The product is intended for use as a Viscosity Index Improver when formulating multi-grade crankcase and industrial oils.

Amorphous ethylene-propylene copolymer grafted with maleic anhydride. This product is a low molecular weight amorphous copolymer grafted with 1.9 wt% of maleic anhydride. The product is intended to provide improved adhesion or miscibility with numerous substrates and polymers.

Amorphous ethylene-propylene copolymer with a low Mooney viscosity. The highly linear structure in combination with an exceptionally narrow molecular weight distribution ensures excellent mould flow properties. The absence of any unsaturation makes the product highly suitable for applications requiring high heat resistance. The product is designed for peroxide cured rubber articles and plastic modification.

Amorphous ethylene-propylene rubber with a low ENB (ethylidene norbornene) content and a low Mooney viscosity. The polymer has a low level of ENB, which results in cure characteristics compatible with butyl rubber. Advantages of EPDM-Butyl blends (compared to 100% butyl) are improved heat- and ozone resistance, lower raw material costs and lower compound costs through increased addition levels of filler and oil. Typical application areas for the product are inner tubes (blend with butyl rubber) and geo membranes (blend with butyl rubber).

KEP020P is an EPM rubber with narrow molecular weight distribution, high ethylene contents. When blended with polypropylene , it can be used to sponge product, film, TPO automotive applications. Features: - Improve superior ozone resistance - Improve superior weather resistance - Excellent low temperature flexibility of polyolefin thermoplastics such as polypropylene and polyethylene

KEP0530 is an EPM rubber with Narrow molecular weight distribution, low ethylene. It can be used to Viscosity Index Improver. Features: - Low Mooney Viscosity EPM Grade - Amorphous

KEP070P is an EPM rubber with narrow molecular weight distribution, high ethylene contents, When blended with polypropylene it can be used to injection molding, films, Sheets and polyolefin modifiers. Features: - High MFR/ High impact resistance - Improve crack resistance, temperature flexibility, weather resistance in the modification of polyolefin thermoplastics

KEP110 is an EPM rubber with Broad molecular weight distribution, low ethylene contents. It can be used to Heat resistance belt, electircals, Brake part, TPO, adhesives, binder, oil additives, Gasket. Features: - Amorphous - Good processing & easy mill handling - Excellent heat resistance

KEP2060 is an EPM rubber with broad molecular weight distribution, low ethylene contents, It can be used to TPO, brake parts, Adhesives, electricalsand oil additives. Features: - Good processing - Excellent heat resistance - Modification of polyolefin thermoplastics

Bedding compound for PVC sheathing and PVC insulation. For cables and wire with max. 90°C operating temperature at conductor.

Flame-retardant bedding compound for XLPE insulation and HFFR sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Migration stabilised bedding compound for PVC insulation and PVC sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Migration stabilised bedding compound for PVC insulation and PVC sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Migration stabilised bedding compound for PVC insulation and PVC sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Conductive bedding compound. For cables and wire with max. 90°C operating temperature at conductor.

Bedding compound for PVC sheathing and PVC insulation. For cables and wire with max. 90°C operating temperature at conductor.

Migration stabilised bedding compound for PVC insulation and PVC sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Bedding compound for XLPE insulation and PVC sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Migration stabilised bedding compound for PVC insulation and PVC sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Flame-retardant bedding compound for XLPE insulation and HFFR sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Migration stabilised bedding compound for PVC insulation and PVC sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Reprocessed free-flowing copolymer of ethylene and propylene with a very good processibility.

Reprocessed copolymer of ethylene and propylene with a very good processibility.

A Free-Flowing Ethylene-Propylene-Dicyclopentadiene Low Molecular Weight Polymer on Silicon Dioxide Trilene FreeFlow 65 is a free-flowing polymer made by combining Trilene liquid polymer and silica. The blend is nominally 68% ethylene-propylene copolymer and 32% silica. It is available as a dry, free-flowing powder that is easy to measure, store, and transfer. It incorporates quickly and thoroughly into various elastomer systems, and gives quality and processing advantages when compared to neat polymer. Trilene FreeFlow 65 is effective in EPDM, BR, NR, SBR and other elastomers.

A Free-Flowing Ethylene-Propylene-Ethylidene Norbornene Low Molecular Weight Polymer on Silicon Dioxide Trilene FreeFlow 67 is a free-flowing polymer made by combining Trilene liquid polymer and silica. The blend is nominally 68% ethylene-propylene copolymer and 32% silica. It is available as a dry, free-flowing powder that is easy to measure, store, and transfer. It incorporates quickly and thoroughly into various elastomer systems, and gives quality and processing advantages when compared to neat polymer. Trilene FreeFlow 67 is effective in EPDM, BR, NR, SBR and other elastomers.

A Free-Flowing Ethylene-Propylene Low Molecular Weight Polymer on Silicon Dioxide Trilene FreeFlow CP1100 is a free-flowing polymer made by combining Trilene liquid polymer and silica. The blend is nominally 68% ethylene-propylene copolymer and 32% silica. It is available as a dry, free-flowing powder that is easy to measure, store, and transfer. It incorporates quickly and thoroughly into various elastomer systems, and gives quality and processing advantages when compared to neat polymer. Trilene FreeFlow CP1100 is effective in EPDM, BR, NR, SBR and other elastomers.

A Free-Flowing Ethylene-Propylene Low Molecular Weight Polymer on Silicon Dioxide Trilene FreeFlow CP80 is a free-flowing polymer made by combining Trilene liquid polymer and silica. The blend is nominally 68% ethylene-propylene copolymer and 32% silica. It is available as a dry, free-flowing powder that is easy to measure, store, and transfer. It incorporates quickly and thoroughly into various elastomer systems, and gives quality and processing advantages when compared to neat polymer. Trilene FreeFlow CP80 is effective in EPDM, BR, NR, SBR and other elastomers.

An Ethylene-Propylene-Dicyclopentadiene Liquid Polymer

An Ethylene-Propylene-Ethylidene Norbornene Low Molecular Weight Polymer

An Ethylene-Propylene-Ethylidene Norbornene Low Molecular Weight Polymer

An Ethylene-Propylene Liquid Copolymer

An Ethylene-Propylene Liquid Copolymer Trilene ® CP-2000 is an intermediate low molecular weight ethylene-propylene liquid copolymer, randomly polymerized to produce a liquid elastomer with a stable, saturated hydrocarbon backbone. It has thermal and oxidation stability under normal conditions. Trilene ® CP-2000 can be used as a viscosity thickener for a wide range of lubricant products providing good shear stability and low temperature characteristics.