A High Ethylene, Low Viscosity Polymer with High Green Strength for Wire and Cable Applications Unique Features - Excellent processing at low filler loadings without oil - Excellent wet electrical stability Applications - Medium to high voltage insulations - Molded electrical components - Automotive ignition wire

A High Ethylene, Low Viscosity Polymer with High Green Strength for Wire and Cable Applications Unique Features - Excellent processing at low filler loadings without oil - Excellent wet electrical stability Applications - Medium to high voltage insulations - Molded electrical components - Automotive ignition wire

A DCPD Polymer for Electrical Insulation and Blends for Tire and Inner Tube Applications Unique Features - Excellent dry and wet electrical stability - Functions as a non-staining polymeric antiozonant in blends with NR, SBR and other diene polymers - Excellent low temperature properties - Provides ozone and heat resistance in blends with butyl and diene polymers Applications - Medium voltage power cable insulations - In blends with diene elastomers for coverstrips, white sidewalls of bias and radial tires - In blends with butyl rubber to improve heat and ozone resistance for inner tubes - Extruded profiles

A Highly Extendable DCPD Polymer with Heavy Hydrotreated Paraffinic Oil for TPO/TPV and Thermoset Applications Unique Features - Very high molecular weight base polymer - Highly extendable - Extended with a light-colored paraffinic oil plasticizer - Good green strength for shape retention on extrusion - Excellent for making low hardness compounds - Extended with a white, hydrotreated paraffinic oil Applications - Low durometer compounds - TPO and TPV - Profile Extrusions - Blends with butyl rubber for tubes - Low cost flexible cord and ignition wire insulations - Dispersions - Cable filler compounds

A General Purpose Sponge and Tire Polymer Unique Features - High unsaturation - Ultra fast cure rate - Medium range plasticity allows for use in both extrusion and molding applications - Co-cures well with SBR and NR - Non-staining - Excellent low temperature properties and weathering resistance - Mixes quickly in internal mixers with excellent dispersion Applications - Closed cell sponge profile extrusions - Closed cell sheet sponge - Automotive closed cell sponge molded weatherstrip assembly corners - Molded open cell sponge - Tire components, such as coverstrips, white sidewalls and black sidewalls, in blends with diene polymers

A High Ethylene Polymer with Good Green Strength for Wire and Cable and Extruded Profiles Unique Features - Excellent Dry and Wet Electrical Stability - Highly Extendable - Very High Green Strength over a Broad Temperature Range Applications - Flexible Cord and Ignition Wire Insulations - Automotive - Hose Tubes - Weatherstrip - Thermoplastics Compounds/TPV

An Excellent Low Viscosity Polymer for High Quality Mechanical Goods Unique Features - Low Mooney viscosity - Excellent processing characteristics - Blends easily in all formulations - Outstanding low temperature properties - Excellent weathering Applications - Automotive parts such as brake system components - Mechanical goods - Press molded sponge - Viscosity index improver in Lubricant oils

A General Purpose Extrusion and Molding Polymer Unique Features - Excellent Mixing and Extrusion Characteristics - Excellent Weathering Characteristics - Good Green Strength - Fast Cure Rate Applications - Calendered Goods - Extruded Profiles - Hose - Molded Products

An Ultra Fast Curing Polymer for Automotive Extrusions Unique Features - High unsaturation - Ultra fast cure rate - Excellent compression set resistance in closed cell sponge extrusions - Excellent low temperature properties - Co-cures well with SBR - Non-staining Applications - Closed cell sponge profile extrusions - Closed cell sheet sponge - Automotive window channel extrusions

An Ultra Fast Curing Polymer for Automotive Extrusions Unique Features - High unsaturation - Ultra fast cure rate - Excellent compression set resistance in closed cell sponge extrusions - Excellent low temperature properties - Co-cures well with SBR - Non-staining - Friable bale form for rapid mixing in internal mixers and excellent dispersion properties - Excellent weathering resistance Applications - Closed cell sponge profile extrusions - Closed cell sheet sponge - Automotive window channel extrusions

An Ultra Fast Curing Polymer Designed for Automotive Sponge and Dense Moldings and Tire Applications Unique Features - Low Mooney Viscosity for excellent mold flow - Ultra fast curing - Blends readily with SBR, NR and other diene polymers to provide weathering resistance - Non-staining - Provides excellent low temperature flexibility properties - Easy mixing and processing Applications - Automotive molded sponge and dense assembly corners - Closed cell sheet sponge - Non-bulbular closed cell sponge extrusions requiring very low load deflection properties - Tire components, such as coverstrips, white sidewalls and black sidewalls, in blends with diene polymers

A High Ethylene, High Mooney Polymer for TPO Products and Extruded Mechanical Goods Unique Features - Excellent Green Strength - Highly extendable Applications - Automotive - Wire and Cable - Extruded Products - Impact Modifier, TPO Compounds - Hose

An Ultra Fast Curing Polymer for Automotive Extrusions Unique Features - High unsaturation-Ultra fast cure rate - Excellent compression set resistance in closed cell sponge extrusions - Excellent low temperature properties - Co-cures well with SBR - Non-staining - Friable bale form for rapid mixing in internal mixers and excellent dispersion properties - Excellent weathering resistance Applications - Closed cell sponge profile extrusions - Closed cell sheet sponge - Automotive window channel extrusions

An Excellent Polymer for Hose and Extruded Profiles Unique Features - Excellent extrusion properties: low die swell, high extrusion rate - High green strength, excellent shape stability - Friable bale provides excellent dispersion - Highly extendable - Good low temperature properties Applications - Extruded Profiles - Hose - Molded Products

A General Purpose Polymer for Hose, Extruded Profiles and Thermoplastic Elastomers Unique Features - Friable bale provides excellent degree of dispersion - Highly extendable - Excellent low temperature properties - Excellent compression set - Fast cure rate Applications - Hose - Extruded Profiles - Mechanical Goods

An Excellent Polymer for Heat Resistant Thermoset Applications and TPO Products Unique Features - Excellent heat aging properties, especially with peroxide cures - Outstanding low temperature impact properties - Blends easily in all formulations - Excellent weathering Applications - Automotive - Mechanical Goods - Hot Materials Belting - Blends with Butyl Rubber for Inner Tubes - TPO - Impact Modification of Plastics

An Excellent Polymer for Calendering Unique Features - Low ENB content for good heat aging - Molecular weight distribution designed for excellent milling and calendering behavior Applications - Calendered Roof Sheeting and Belting - Molded and Extruded Mechanical Goods

A High Performance Sponge Polymer Unique Features - Very high Molecular weight - Ultra fast curing - Improved abrasion resistance - High tensile strength and high tear resistance - High wrinkle resistance while maintaining soft compression deflection - Excellent green strength for extruded profile shape stability - Rapid Banbury mixing and excellent dispersion properties - Extended with a white, hydrotreated paraffinic oil Applications - TPO and TPV - Automotive closed cell sponge extrusions and molded sponge corners - Closed cell sheet sponge - Dynamic applications

A Highly Extendable ENB Polymer with Heavy Hydrotreated Paraffinic Oil for TPO/TPV and Thermoset Applications Unique Features - Blends readily with polyolefins for TPO and TPV compounds - Provides enhanced compression set and good color in TPV - Highly extendable - Good aging properties - Good shape retention in extruded applications - Very high molecular weight base polymer - High green strength over a broad temperature range - Useful for making low hardness compounds - Extended with a white, hydrotreated paraffinic oil Applications - TPO and TPV - Automotive applications - Mechanical goods - Hose tubes, Profile extrusions

A Polymer Highly Extended with Heavy Hydrotreated Paraffinic Oil for TPO and Extruded Thermoset Applications Unique Features - Blends Readily in TPO Compounds - Reduces Mixing Time in Highly Loaded TPO Compounds - Highly Extendable - Good Aging Properties - Improved Shape Retention for Hose Tube and Other Extrusions - High Molecular Weight Base Polymer - Good Green Strength Over a Broad Temperature Range - Useful for Making Low Hardness Compounds - Extended with a white, hydrotreated paraffinic oil Applications - TPO and TPV - Automotive Applications - Mechanical Goods - Hose Tubes, Profile Extrusions

Royaltherm 1411A is a modified EPDM with a special silicone rubber. Royaltherm 1411A is supplied as a base compound that can be vulcanized with peroxides or sulfur/accelerator systems. Royaltherm 1411A is 30 - 40 Durometer when vulcanized with 1.8 phr of dicumyl peroxide. It can be blended with Royaltherm 1721 for intermediate hardness applications. Royaltherm 1411A is recommended for applications that require lower tensile strength than Royaltherm 1721. Royaltherm 1411A is also recommended for applications that require retention of mechanical strength at elevated temperatures, weather and moisture resistance, electrical stability and compression recovery at low temperatures.

Royaltherm 1721 a modified EPDM with a special silicone rubber. Royaltherm 1721 is supplied as a base compound that can be vulcanized with peroxides or sulfur/accelerator systems. Royaltherm 1721 is 55 - 65 Durometer when vulcanized with 1.8 phr of dicumyl peroxide. It can be blended with Royaltherm 1411 for intermediate hardness applications. Royaltherm 1721 is recommended for applications that require higher tensile strength than Royaltherm 1411. Royaltherm 1721 is also recommended for applications that require retention of mechanical strength at elevated temperatures, weather and moisture resistance, electrical stability and compression recovery at low temperatures.

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

Trilene 65D is an Ethylene-Propylene-Dicyclopentadiene (EPDM) elastomer dispersed and stabilized in water. It is randomly polymerized to produce a polyolefinic polymer with a stable, saturated hydrocarbon backbone and side group unsaturation to enable crosslinking. It has excellent thermal and oxidation stability under normal conditions. Trilene 65D can be used in a variety of water-based applications such as coatings, adhesives, inks, caulks, and sealants. Unique Features - Excellent UV, heat, oxidation and chemical stability - Good mechanical strength - Manageable viscosity at room temperature - Low odor and water clean-up - Crosslinked with metal driers, peroxides, or UV light - Compatible with a variety of other latex resins - No Volatile Organic Content (VOC) Applications - Industrial Coatings: Primary binder or modifier for applications such as roofing, industrial maintenance and institutional paints - Adhesives & sealants: Primary binder or modifier for applications such as pressure sensitive adhesives and industrial caulks - Inks & overnight varnishes: Modifier for applications in laminating inks and overprint varnishes

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.

An Ethylene-Propylene Liquid Copolymer Trilene ® CP-600 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-600 can be used as a viscosity thickener for a wide range of lubricant products providing good shear stability and low temperature characteristics.

An Ethylene-Propylene Liquid Copolymer