Badamid® A70 is a PA66 grade. Is suitable for injection molding for thin-walled parts with unfavourable flow path/wall thickness ratio. Exhibits low viscosity, high thermal stability, high level of... view more

Badamid® A70 CF20 HHC is a PA66 grade reinforced with 20% carbon fiber. Is suitable for injection molding applications. Exhibits high thermal stability, high level of hardness, abrasion resistance... view more

Badamid® A70 GF/GK30 is a PA66 grade reinforced with 30% glass fibers and glass beads. Is suitable for injection molding applications. Exhibits high thermal stability, high level of hardness... view more

Badamid® A70 GF30 is a PA66 grade reinforced with 30% glass fibers. Is suitable for injection molding applications. Exhibits high thermal stability, high level of hardness, abrasion resistance... view more

Badamid® A70 GF30 TM-Z3 is a super impact modified reinforced with 30% glass fibers PA66 grade. Is suitable for injection molding applications. Exhibits high thermal stability, high level of... view more

Badamid® A70 H is a PA66 grade. Is suitable for injection molding of highly stressed components. Exhibits heat stabilization, high thermal stability, high level of hardness, abrasion resistance... view more

Badamid® A70 L is a PA66 grade. Is suitable for injection molding applications. Exhibits modified toughness, easy flow, fast processing, high thermal stability, high level of hardness, abrasion... view more

Badamid® A70 MoS2 is a PA66 grade lubricated with molybdenum disulfide. Is suitable for injection molding applications. Exhibits very good wear resistance, high thermal stability, high level of... view more

Badamid® A70 S is a crystalline, nucleated PA66 grade. Is suitable for injection molding applications for low cycle times in thin-walled components. Exhibits easy flow, fast processing, high thermal... view more

Badamid® A70 SM-Z3 is an impact-modified PA66 grade. Is suitable for injection molding applications. Exhibits high thermal stability, high level of hardness, abrasion resistance and rigidity. Shows... view more

Badamid® A70 TM-Z3 is a toughness-modified PA66 grade. Is suitable for injection molding applications. Exhibits super toughness, high thermal stability, high level of hardness, abrasion resistance... view more

Badamid® A80 is a PA66 grade. Is suitable for extrusion and injection molding applications. Exhibits medium viscosity, high thermal stability, high level of hardness, abrasion resistance, rigidity... view more

Badamid® B70 is a PA6 grade. Is suitable for injection molding applications for thin-walled parts with unfavorable flow path/wall thickness ratio. Exhibits low viscosity, high degree of toughness... view more

Badamid® B70 GF30 is a PA6 grade reinforced with 30% glass fibers. Is suitable for injection molding applications. Exhibits high degree of toughness, easy processing and excellent mechanical... view more

Badamid® B70 GF30 TM-Z3 is a super tough modified reinforced with 30% glass fibers PA6 grade. Is suitable for injection molding applications. Exhibits high degree of toughness and easy processing... view more

Badamid® B70 GF50 is a PA6 grade reinforced with 50% glass fibers. Is suitable for injection molding applications. Exhibits high degree of toughness, easy processing, high stability and excellent... view more

Badamid® B70 GK30 is a PA66 grade reinforced with 30% glass beads. Is suitable for injection molding applications. Exhibits high dimensional stability, high degree of toughness, easy processing and... view more

Badamid® B70 L is a polymer-modified PA6 grade. Is suitable for injection molding applications for short cycle times with good mold release. Exhibits easy flow, high degree of toughness and easy... view more

Badamid® B70 M30 is a PA6 grade reinforced with 30% minerals. Is suitable for injection molding applications for technical articles with high dimensional stability. Exhibits high degree of toughness... view more

Badamid® B70 S is a fine-crystalline PA6 grade. Is suitable for injection molding applications for thin-walled components. Is highly nucleated for short cycles. Exhibits easy-flow, high degree of... view more