Grilon® BG-15 HM is a 15% glass fibers reinforced polyamide 6. It is heat stabilized and adhesion modified. Possesses normal viscosity, good impact strength, high stiffness and excellent adhesion to... view more

Grilon® BG-30/2 is a heat stabilized, 30% glass fibers reinforced polyamide 6. Possesses high stiffness and good balance between strength and toughness. Is suitable for processing by injection... view more

THERMOLAST® K TC3CSN is an easy coloring, natural colored, water-insoluble TPE (thermoplastic elastomer) grade present as firm elastic granules. It exhibits excellent compression set, adhesion to PP... view more

THERMOLAST® K TC3CSZ is a black colored, water-insoluble TPE (thermoplastic elastomer) grade present as firm elastic granules. It exhibits excellent compression set, adhesion to PP (polypropylene)... view more

THERMOLAST® K TC4CSN is an easy coloring, natural colored, water-insoluble TPE (thermoplastic elastomer) grade present as firm elastic granules. It exhibits excellent compression set, adhesion to PP... view more

THERMOLAST® K TC4CSZ is a black colored, water-insoluble TPE (thermoplastic elastomer) grade present as firm elastic granules. It exhibits excellent compression set, adhesion to PP (polypropylene)... view more

THERMOLAST® K TC5CSN is an easy coloring, natural colored, water-insoluble TPE (thermoplastic elastomer) grade present as firm elastic granules. It exhibits excellent compression set, adhesion to PP... view more

ELASTOSIL® A234 by Wacker is a room-temperature vulcanization-1 silicone rubber. It can be cured by using amine-curing system at room temperature under the influence of moisture. Exhibits good flow... view more

ELASTOSIL® E10 ROT by Wacker is a low viscosity, one-component, acetoxy-cure silicone rubber. It can be cured at room temperature under the influence of atmospheric moisture. It exhibits outstanding... view more

ELASTOSIL® E70 by Wacker is a room temperature vulcanization-1 silicone rubber. It can be cured by acetic acid-curing system at room temperature under the influence of atmospheric moisture. Exhibits... view more