Sequel 1497 PUV NH533 BLK is a very high melt flow TPO with good stiffness and excellent cold temperature impact. It is typically used for easy flow and fast molding. It has low density that reduces part weight and improves paint adhesion and is formulated for fully painted exterior trim and fascia applications.

Sequel 1497 PUV NH696 BLK very high melt flow, medium high modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of properties.

Sequel 1514UV LF 11BK thermoplastic polyolefin material exhibits significantly greater mar resistance than conventional TPOs. Sequel 1514UV LF 11BK polyolefin is typically used for automotive applications that demand low warpage and low CLTE, along with excellent scratch and mar resistance.

Sequel 1514-UV RXF AB thermoplastic polyolefin material exhibits significantly greater mar resistance than conventional TPOs. Sequel 1514-UV RXF AB polyolefin is typically used for automotive applications that demand low warpage and low CLTE, along with excellent scratch and mar resistance.

Sequel 1580-UV 598F ANTHRACITE thermoplastic polyolefin material exhibits significantly greater mar resistance than conventional TPOs. Sequel 1580-UV 598F ANTHRACITEpolyolefin is typically used for automotive applications that demand low warpage and low CLTE, as well as excellent scratch and mar resistance.

Sequel 1580-UV 848 thermoplastic polyolefin material exhibits significantly greater mar resistance than conventional TPOs. Sequel 1580-UV 848 polyolefin is typically used for automotive applications that demand low warpage and low CLTE, as well as excellent scratch and mar resistance.

Sequel 1580-UV RXF BLACK thermoplastic polyolefin material exhibits significantly greater mar resistance than conventional TPOs. Sequel 1580-UV RXF BLACK polyolefin is typically used for automotive applications that demand low warpage and low CLTE, as well as excellent scratch and mar resistance.

Sequel 1718 FP BLK medium high melt flow, medium high flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of properties.

Sequel 1718 FP NAT medium high melt flow, medium high flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of properties.

Sequel 1718 thermoplastic polyolefin is designed for painted automotive exterior applications that require dimensional stability over a broad temperature range. This material exhibits excellent processability and low-temperature properties. Typical Customer Applications Exterior Applications

Sequel 1718-PUV thermoplastic polyolefin is designed for painted automotive exterior applications that require dimensional stability over a broad temperature range. This material exhibits excellent processability and low-temperature properties.

Sequel 1719HF-UV WHIT medium high melt flow, high flexural modulus, UV-stabilized, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of properties.

Sequel 1780 engineered polyolefin is designed for mold-in-color or partially painted automotive exterior applications that require dimensional stability over a broad temperature range w ith enhanced scratch and mar resistance. This material exhibits excellent processability and low-temperature properties.

Sequel 1820 7C45-UV high melt flow, very high modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of ductility, stiffness, and dimensional stability. It is typically used for automotive exterior applications.

Sequel 1825 thermoplastic polyolefin is designed for automotive and heavy-truck applications that require energy management combined with ductility, stiffness and impact resistance over a broad temperature range. This material exhibits excellent processability and dimensional stability Typical Customer Applications: Exterior Applications, Bumpers

Sequel 1825-UV thermoplastic polyolefin is designed for automotive and heavy-truck applications that require energy management combined with ductility, stiffness and impact resistance over a broad temperature range. This material exhibits excellent processability and dimensional stability

Sequel 1828 thermoplastic polyolefin is designed for automotive and heavy-truck applications that require energy management combined with excellent ductility and stiffness over a broad temperature range. This material exhibits excellent processability and dimensional stability. Typical Customer Applications: Exterior Applications, Bumpers

Sequel 1835 thermoplastic polyolefin material is designed for large automotive exterior applications requiring a high flexural modulus, good impact properties, excellent paintability and processability. This material has a high melt-flow rate combined with high flexural modulus. Typical Customer Applications: Exterior Applications

Sequel 1980-PUV high melt flow, high flexural modulus, UV-stabilized, mineral-filled, thermoplastic elastomeric olefin has an excellent balance of properties and processability.

Sequel 2326 thermoplastic polyolefin material is designed for molded-in-color automotive interior applications that require energy-management properties. This product is typically supplied in natural or an OEM matched interior color w ith UV protection.

Sequel 2405 very high melt flow, very high modulus engineered polyolefin is designed for large mold-in-color interior applications for the transportation industry that require stiffness, dimensional stability, and good impact characteristics. This material exhibits excellent processability and appearance for mold-in-color applications.

Sequel 2430 high melt flow, high flexural modulus, mineral-filled thermoplastic elastomeric olefin has an excellent balance of properties. It was designed primarily for applications that require stiffness, dimensional stability, high impact characteristics and improved surface durability. This material can be used for applications where other engineering polymers have been used, such as ABS, PC/ABS, or PC/PBT blends.

SEQUEL® E3000 thermoplastic polyolefin (TPO) is designed for thermoformed exterior and interior applications that require low temperature toughness and dimensional stability. This extrusion-grade material is readily processed into a variety of products and has excellent chemical resistance. This material can be supplied with or without UV stabilizers.

Sequel E3000FR thermoplastic olefinic elastomer (TPO) is designed for applications requiring stiffness and durability. This extrusion-grade material is specially formulated to exhibit improved flame resistance.

Sequel E3400 SP fractional melt flow, high flexural modulus, improved scratch resistance thermoplastic polyolefin (TPO) is designed for thermoformed exterior or interior applications that require low-temperature toughness and dimensional stability. This extrusion-grade material exhibits enhanced melt strength for a wide thermoforming processing window.

Sequel E3400 UV NAT fractional melt flow, high flexural modulus thermoplastic polyolefin (TPO) is typically used for thermoformed exterior or interior applications that require low-temperature toughness and dimensional stability. This extrusion-grade material exhibits enhanced melt strength for a wide thermoforming processing window.

Sequel E3400 fractional melt flow, high flexural modulus thermoplastic polyolefin (TPO) is designed for thermoformed exterior or interior applications that require low-temperature toughness and dimensional stability. This extrusion-grade material exhibits enhanced melt strength for a wide thermoforming processing window.

Sequel E3400-1 UV NAT fractional melt flow, high flexural modulus thermoplastic polyolefin (TPO) is typically used for thermoformed exterior or interior applications that require low-temperature toughness and dimensional stability. This extrusion-grade material exhibits enhanced melt strength for a wide thermoforming processing window.

Sequel E3400FR is a fractional melt flow, high flexural modulus thermoplastic polyolefin (TPO) formulated to exhibit a UL 94 V-1 flammability rating. It is designed for thermoformed applications that require low-temperature toughness and dimensional stability.

SEQUEL E4000 thermoplastic olefinic elastomer (TPO) is designed for extrusion applications that require high mechanical stiffness, thermal stability, good low-temperature properties, and good dimensional stability over a broad temperature range. This material can be supplied with or without UV stabilizers.

SEQUEL® E5000 thermoplastic olefinic elastomer (TPO) is designed for extrusion applications that require high mechanical stiffness, thermal stability, good low-temperature properties, and good dimensional stability over a broad temperature range. This material can be supplied with or without UV stabilizers.

Softell CA 7413 A is a reactor TPO (thermoplastic polyolefin) manufactured using the LyondellBasell' s proprietary Catalloy process technology. It is suitable for the extrusion, calendering and extrusion blow moulding of very soft film and sheet as well as for injection moulded parts. Softell CA 7413 A exhibits outstanding low stiffness, excellent low hardness and very good impact resistance. Softell CA 7413 A shows high compatibility to fillers and flame retardant additives as well as to other polyolefins. The grade is available in natural pellet form. For regulatory compliance information, please refer to Softell CA 7413 A Product Stewardship Bulletin (PSB)

Softell DKG100N is a 10% glass filled, thermoplastic polyolefin elastomer compound for injection molding. The grade has been designed primarily for automotive interior applications that require low gloss, soft touch, high rigidity, good impact and scratch and mar resistance.

Softell DKG150N is a 15% glass filled, thermoplastic polyolefin elastomer compound for injection molding. The grade has been designed primarily for automotive interior applications that require low gloss, soft touch, high rigidity, good impact and scratch and mar resistance.

Softell DKG250N is a 25% glass filled, thermoplastic polyolefin elastomer compound for injection molding. The grade has been designed primarily for automotive interior applications that require low gloss, soft touch, very high rigidity, impact and good scratch and mar resistance.

STERLENE™ BMU130C is a compounded mineral filled polypropylene (TPO) for injection molding, designed for exterior automotive application requiring very high impact resistance with high UV resistance.

STERLENE™ BMU130D is a compound designed for automotive exterior applications requiring very high impact resistance with high UV resistance.

STERLENE™ BMU147 is a compounded mineral filled polypropylene (TPO) for injection molding, characterised by medium melt flow and good stiffness/impact balance, suitable for automotive applications requiring high impact resistance.

STERLENE™ BMU147E is a compounded mineral filled polypropylene (TPO) for injection molding, characterised by good impact and stiffness, suitable for automotive interior application.