VESTAMID® E40-S3 is a PA 12 elastomer consisting of PA 12 segments and softening segments. The material is free of volatile or migrating plasticizer. The VESTAMID® E represent thermoplastic elastomers generically characterized as polyether block copolyamides (PEBA) consisting of PA 12 and polyether segments. VESTAMID® E40-S3 is especially developed for sport shoe soles. It has good impact strength at low temperatures. Pigmentation may affect values.

VESTAMID® E47-S1 is a polyamide 12 elastomer consisting of PA 12 segments and softening segments. The material is free of volatile or migrating plasticizer. The VESTAMID® E represent thermoplastic elastomers generically characterized as polyether block copolyamides (PEBA) consisting of PA 12 and polyether segments. VESTAMID® E47-S1 is especially developed for sport shoe soles. It has good impact strength at low temperatures. Pigmentation may affect values.

VESTAMID® E47-S3 is a PA 12 elastomer consisting of PA12 segments and softening segments. The material is free of volatile or migrating plasticizer. The VESTAMID® E represent thermoplastic elastomers generically characterized as polyether block copolyamides (PEBA) consisting of PA 12 and polyether segments. VESTAMID® E47-S3 is especially developed for sport shoe soles. It has good impact strength at low temperatures. Pigmentation may affect values.

VESTAMID® E55-S3 is a PA 12 elastomer consisting of PA 12 segments and softening segments. The material is free of volatile or migrating plasticizer. The VESTAMID® E represent thermoplastic elastomers generically characterized as polyether block copolyamides (PEBA) consisting of PA 12 and polyether segments. VESTAMID® E55-S3 is especially developed for sport shoe soles. It has good impact strength at low temperatures. Pigmentation may affect values.

VESTAMID® E62-S1 is a PA 12 elastomer consisting of PA 12 segments and softening segments. The material is free of volatile or migrating plasticizer. The VESTAMID® E represent thermoplastic elastomers generically characterized as polyether block copolyamides (PEBA) consisting of PA 12 and polyether segments. VESTAMID® E62-S1 is especially developed for sport shoe soles. It has good impact strength at low temperatures. Pigmentation may affect values.

VESTAMID® E62-S3 BK V303579 is a PA 12 elastomer consisting of PA 12 segments and softening segments. The material is free of volatile or migrating plasticizer. The VESTAMID® E represent thermoplastic elastomers generically characterized as polyether block copolyamides (PEBA) consisting of PA 12 and polyether segments. VESTAMID® E62-S3 BK V303579 is especially developed for sport shoe soles. It has good impact strength at low temperatures. Pigmentation may affect values.

VESTAMID® E62-S3 is a PA 12 elastomer consisting of PA 12 segments and softening segments. The material is free of volatile or migrating plasticizer. The VESTAMID® E represent thermoplastic elastomers generically characterized as polyether block copolyamides (PEBA) consisting of PA 12 and polyether segments. VESTAMID® E62-S3 is especially developed for sport shoe soles. It has good impact strength at low temperatures. Pigmentation may affect values.

The VESTAMID® E series represent thermoplastic elastomers generically characterized as polyether block copolyamides (PEBA) consisting of PA 12 and polyether segments. Characteristic properties of VESTAMID® EX9200 are: - Excellent toughness and flexibility even at low temperatures - Absence of plasticizers and therefore no plasticizer migration - Low density - Good chemical resistance - High dimensional stability and constant physical properties at changing environmental humidity due to low moisture absorption Compared with chemically cross-linked elastomers VESTAMID® EX9200 offers the more economically thermoplastic processing. Pigmentation may affect values.

VESTAMID® EX9350 BK E70293 is a PA 612 elastomer extrusion compound developed for the manufacturing of tubing systems, e.g. vacuum brake booster lines. The compound is in particular suitable for applications, that require a continuous high flexibility even if subjected to high temperature load. In contrast to conventionally plasticized materials (plasticizerloss) tubes made from VESTAMID® EX9350 BK E70293 do not stiffen under elevated temperatures. In comparison with PA 11 and PA 12 compounds the increased melting point allows for increased peak temperatures in use. The compound is especially suitable for the extrusion of tubing systems that are exposed to increased burst pressures and service temperatures. Pigmentation may affect values.