MM230 by CHT Group is a pourable 2-part addition cure silicone rubber containing a platinum catalyst. The rate of cure can be accelerated by heat. Exhibits high tear, very low shrinkage, easy... view more

MM240TV by CHT Group is a pourable 2-part addition cure silicone rubber containing a platinum catalyst. The rate of cure can be accelerated by heat. Exhibits high tear, high dimensional stability... view more

MM720FG by CHT Group is a pourable 2-part addition cure silicone rubber containing a platinum catalyst. The rate of cure can be accelerated by heat. Exhibits high tear, very low shrinkage, easy... view more

MM730FG by CHT Group is a pourable 2-part addition cure silicone rubber containing a platinum catalyst. The rate of cure can be accelerated by heat. Exhibits high tear, very low shrinkage, easy... view more

MM740FG by CHT Group is a pourable 2-part addition cure silicone rubber containing a platinum catalyst. The rate of cure can be accelerated by heat. Exhibits high tear, very low shrinkage, easy... view more

BLUESIL™ RTV 1556 B CLEAR by Elkem Silicones is a two component, silicone rubber compound. It is a high strength, addition cure, room temperature or heat vulcanized product. It is designed for mold... view more

BLUESIL™ RTV 3410 QC A/B by Elkem Silicone is a two component, silicone elastomer which cures at room temperature by a polyaddition reaction and leads to a resistant and elastic material. It offers... view more

BLUESIL™ RTV 3428 A/B by Elkem Silicones is a two component, silicone elastomer which cures at room temperature by a polyaddition reaction. This reaction can be accelerated by heat. It is used in... view more

BLUESIL™ RTV 3433 A/B by Elkem Silicones is a two component, silicone elastomer which cures at room temperature by a polyaddition reaction (10:1 ratio). It offers smooth demolding, long durability... view more

BLUESIL™ RTV 3503 A/B by Elkem Silicones is a two component, silicone elastomer which cures at room temperature by a polyaddition reaction. This reaction can be accelerated by heat. It is... view more