Ultramid® 8202 is a low viscosity PA6 homopolymer. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding friction properties. Provides good... view more

Ultramid® 8202 HS is a heat stabilized, low viscosity PA6 grade. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding friction properties... view more

Ultramid® 8202 L is a highly lubricated, low viscosity PA6 homopolymer. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding friction properties... view more

Ultramid® 8202C HS is a heat stabilized, low viscosity PA6 homopolymer. Possesses modified crystalline structure, faster cycles, good elastic properties, high dimensional stability, high creep... view more

Ultramid® 8202C HS BK-102 is a heat stabilized, low viscosity, black pigmented PA6 homopolymer. Possesses modified crystalline structure, faster cycles, good elastic properties, high dimensional... view more

Ultramid® 8333G HI is an impact modified PA6 grade reinforced with 33% glass fiber. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding friction... view more

Ultramid® 8333G HI HS BK-102 is a black pigmented PA6 grade reinforced with 33% glass fiber. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding... view more

Ultramid® 8333G HI HS BK-106 is a black pigmented PA6 grade reinforced with 33% glass fiber. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding... view more

Ultramid® 8350 HS is a heat stabilized, impact modified PA6 copolymer. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding friction properties... view more

Ultramid® 8350 HS BK-102 is an impact modified, black pigmented PA6 copolymer. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding friction... view more

Blend of polyamide PA66 and PA610. It is produced by polycondensation of hexamethylene diamine and sebacic acid. This is based to the extent of about 60 per cent on sebacic acid, a renewable raw... view more

Ultramid® B3L BK00464 is an impact-modified, black pigmented PA6 grade. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding friction properties... view more

Ultramid® B3M6 BK60564 is a black pigmented PA6 grade reinforced with 30% mineral fiber. Possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding... view more

Ultramid® B3S HP by BASF is an unreinforced, polyamide 6 grade. It possesses good elastic properties, high dimensional stability, high creep strength and excellent sliding friction properties. This... view more

Ultramid® B3WM8 (8260 HS) BK00102 is a heat stabilized, black pigmented PA6 grade reinforced with 40% mineral fiber. Possesses good elastic properties, high dimensional stability, high creep... view more

Ultramid® S3EG6 Balance by BASF is a reinforced, polyamide PA 6-10 grade. It is produced by polycondensation of hexamethylene diamine and sebacic acid. It is based on 60% sebacic acid, a renewable... view more

Ultramid® S3K Balance by BASF is an unreinforced, polyamide 6-10 grade. It is produced by polycondensation of hexamethylene diamine and sebacic acid. It is based on 60% sebacic acid, a renewable raw... view more

Ultramid® S3WG6 Balance by BASF is a reinforced, polyamide PA 6-10 grade. It displays very high heat-aging resistance. It is produced by polycondensation of hexamethylene diamine and sebacic acid... view more

Ultramid® S3WG7 Balance by BASF is a reinforced polyamide PA 6-10 grade. It is based on 60% sebacic acid, a renewable raw material derived from castor oil. It is produced by polycondensation of... view more

Ultramid® TG3S is a heat stabilized, impact modified partially aromatic polyamide 6 reinforced with 15% glass fiber. Is toughest of all partially aromatic polyamides. Possesses good elastic... view more