DuraGrip® 6185BK is a black, special purpose Melt Processible Elastomer (MPE) that is easy to use in injection molding and extrusion processes. DGR 6185BK has an excellent soft touch feel and will Bond to varying Nylons, ABS, PC, PC/ABS. DuraGrip™ 6100 series is hygroscopic and requires drying prior to use.

DuraGrip® 6260CL is a clear Thermoplastic Elastomer (TPE) designed for injection molding and extrusion processes. It has excellent clarity, soft-touch feel, high coefficient of friction, and bonds well to polypropylene. DuraGrip® is not hygroscopic and under normal conditions does not require drying.

DuraGrip® 6260TR is designed to be a general-purpose Thermoplastic Elastomer (TPE) that is easy to use in injection molding and extrusion processes. DuraGrip® 6260TR has an excellent soft touch, dry rubbery feel, and is highly elastic. It will bond to polypropylene and polyethylene. DuraGrip® 6260TR is not hygroscopic and under normal conditions does not require drying.

DuraGrip® DGR 7800 is a specialty grade Thermoplastic Elastomers (TPE) that is formulated with FDA compliant raw materials and is easy to use in the injection molding and extrusion process. DGR 7800 has an excellent soft touch feel and will bond to olefinics.

DuraGrip® DGR 6090BK is designed to be a general-purpose Thermoplastic Elastomer (TPE) that is easy to use in injection molding and extrusion processes. DGR 6090BK has an excellent soft touch feel, will bond to olefinics, and is easy to color. DuraGrip® is not hygroscopic and under normal conditions does not require drying.

"Hifax" 7334 XEP is a new outstanding elastomeric thermoplastic polyolefin with an extremely high rubber content made by BASELL proprietary technology. This grade is designed for use in applications where softness is a key requirement. When used in compounds it shows high efficiency and excellent processability while maintaining optimum mechanical properties. This grade is available in natural pellets.

Hifax 7430P a high flow, 1,300 MPa flexural modulus, UV-stabilized, paintable, unfilled thermoplastic elastomeric olefin (TEO). It provides excellent cold temperature ductility and very good surface appearance in mold in color applications. It was designed for automotive exterior applications.

Hifax BB222GC medium melt flow, 2,000 MPa flexural modulus, precolored, UV-stabilized, weatherable, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of rigidity, low temperature impact and dimensional stability. It was designed for a variety of molded-in color automotive exterior ornamentation applications.

Hifax BR1149AC very high melt flow, 2,400 MPa flexural modulus, precolored, mineral-filled, low CLTE thermoplastic elastomeric olefin (TEO) resin has an excellent balance of properties. It was designed primarily for body side moldings that require good dimensional stability.

Hifax BR1149PC high melt flow, 1,700 MPa flexural modulus, precolored, UV-stabilized, mineral-filled, low CLTE, paintable thermoplastic elastomeric olefin (TEO) resin has an excellent balance of properties. It was designed primarily for molded-in color and partially painted exterior ornamentation applications.

Hifax CA 1110 A3 1740 BLK medium high melt flow, 1,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has a good combination of properties and processability. It is typically used for painted automotive bumper fascias.

Hifax CA 1110 A3 LS1 BLACK medium high melt flow, 1,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has a good combination of properties and processability. It is typically used for painted automotive bumper fascias.

Hifax CA1110 A3-LS BLK medium high melt flow, 1,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has a good combination of properties and processability. It is typically used for painted automotive bumper fascias.

"Hifax" CA 1132 A is an elastomeric thermoplastic polyolefin with a high rubber content made by Basell proprietary technology. This grade is designed for use in compounds to give excellent processability whilst maintaining optimum mechanical properties. This grade is available in natural pellets.

Hifax CA 197 J WHITE is a medium melt flow, unfilled, polypropylene copolymer. The product is designed for continuous service at high temperature. This grade is available in white, in pellet form.

Hifax CA 387 PC YZ9A BLACK high melt flow, medium low flexural modulus thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact, stiffness, processability and paintability. It is based on material produced from LyondellBasell's proprietary Catalloy process and is typically used for automotive bumper fascias that require high durability.

Hifax CA10GC fractional melt flow, 100 MPa flexural modulus, precolored, UV-stabilized, reactor grade, extrudable thermoplastic elastomeric olefin (TEO) resin combines good processability with balanced strength, toughness, flexibility and weatherability. It is based on material produced from proprietary Basell process technology and was designed primarily for applications requiring extended outdoor exposure.

Hifax CA1110 A3-LS NA BLK medium high melt flow, 1,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has a good combination of properties and processability. It is typically used for painted automotive bumper fascias.

Hifax CA1110 G3 1740 is a talc filled, impact modified, medium melt flow thermoplastic elastomeric olefin (TEO) resin typically used for exterior molded in color applications. It offers excellent impactstiffness balance and good flowability.

Hifax CA1110 G3 9B9 BLACK is a talc filled, impact modified, medium melt flow thermoplastic elastomeric olefin (TEO) resin typically used for exterior molded in color applications. It offers excellent impact/stiffness balance and good flowability.

Hifax CA1110 G3 LG 9B9 is a talc filled, impact modified, medium melt flow thermoplastic elastomeric olefin (TEO) resin for exterior molded in color applications. It offers excellent impact-stiffness balance and good flowability.

Hifax CA1110 G3 PO 1740 BLK is a high melt flow, medium high modulus, UV-stabilized, mineralfilled thermoplastic elastomeric olefin (TEO) resin that has a good combination of properties and processability. It is typically used for unpainted automotive bumper fascia applications.

Hifax CA1110/1GC Black medium high melt flow, 1,100 MPa flexural modulus, paintable thermoplastic elastomeric olefin (TEO) resin has a very good combination of properties and processability. It was designed primarily for use in painted automotive bumper fascia applications.

Hifax CA1110/2AC Black medium high melt flow, 1,200 MPa flexural modulus, paintable thermoplastic elastomeric olefin (TEO) resin has a very good balance of processability, impact resistance and paintability. It was designed primarily for use in painted automotive bumper fascia applications.

Hifax CA244 high melt flow, 850 MPa flexural modulus, paintable thermoplastic elastomeric olefin (TEO) resin has an excellent combination of stiffness, processability and dynamic impact characteristics. It was designed primarily for use in painted automotive exterior trim applications where material flow is an important consideration.

Hifax CA387PC 183E STEALTH GRAY high melt flow, medium low flexural modulus thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact, stiffness, processability and paintability. It is based on material produced from LyondellBasell's proprietary Catalloy process and is typically used for automotive bumper fascias that require high durability.

Hifax CA387PC 848T BLK high melt flow, medium low flexural modulus thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact, stiffness, processability and paintability. It is based on material produced from LyondellBasell's proprietary Catalloy process and is typically used for automotive bumper fascias that require high durability.

Hifax CA387PC 848T high melt flow, medium low flexural modulus thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact, stiffness, processability and paintability. It is based on material produced from LyondellBasell's proprietary Catalloy process and is typically used for automotive bumper fascias that require high durability.

Hifax CA387PC 9QRA STERL GRAY high melt flow, medium low flexural modulus thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact, stiffness, processability and paintability. It is based on material produced from LyondellBasell's proprietary Catalloy process and is typically used for automotive bumper fascias that require high durability.

Hifax CA387PC RXF BLK high melt flow, medium low flexural modulus thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact, stiffness, processability and paintability. It is based on material produced from LyondellBasell's proprietary Catalloy process and is typically used for automotive bumper fascias that require high durability.

Hifax CA387PC YBTA high melt flow, medium low flexural modulus thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact, stiffness, processability and paintability. It is based on material produced from LyondellBasell's proprietary Catalloy process and is typically used for automotive bumper fascias that require high durability.

Hifax CA387PC YGYA BLK high melt flow, medium low flexural modulus thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact, stiffness, processability and paintability. It is based on material produced from LyondellBasell's proprietary Catalloy process and is typically used for automotive bumper fascias that require high durability.

Hifax CA387PC high melt flow, medium low flexural modulus thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact, stiffness, processability and paintability. It is based on material produced from Basell's proprietary Catalloy process and is primarily being used by our customers for automotive bumper fascias that require high durability.

Hifax CA45F medium melt flow, 820 MPa flexural modulus, reactor grade thermoplastic elastomeric olefin (TEO) resin has a very good balance of properties and excellent moldability. It was designed primarily for molded-in color automotive exterior components and is based on material from Basell's Spheripol process.

Hifax CA45G medium melt flow, 820 MPa flexural modulus, reactor grade thermoplastic elastomeric olefin (TEO) resin has a very good balance of properties and excellent moldability. It was designed primarily for molded-in color automotive exterior components and is based on material from Basell's Spheripol process.

Hifax CB228 medium melt flow, 1,300 MPa flexural modulus, paintable, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent combination of stiffness and dynamic impact characteristics. It was designed primarily for automotive exterior ornamentation applications.

Hifax CB242 medium melt flow, 950 MPa flexural modulus, paintable thermoplastic elastomeric olefin (TEO) resin has an excellent combination of stiffness, low temperature impact resistance, processability and paintability. It was originally designed for use in automotive bumper fascia applications.

Hifax CB247 medium high melt flow, 1,950 MPa flexural modulus, paintable, mineral-filled thermoplastic elastomeric olefin (TEO) resin has a very good balance of properties and processability. It was designed for selected automotive interior and exterior components. The Hifax CB247 product family also includes CB247G (UV-stabilized) and CB247G/1 (UV-stabilized; higher mold shrinkage version; see Note 2). Please discuss the application requirements with your Basell representative before selecting a specific grade.

Hifax CB251 medium melt flow, 1,200 MPa flexural modulus, low CLTE, paintable, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of impact resistance, stiffness and dimensional stability. It was designed primarily for rigid automotive exterior ornamentation applications requiring low thermal expansion characteristics.