BLUESIL™ CATA A142/2 by Elkem Silicones is a low viscosity, two component silicone rubber grade. It crosslinks at room temperature by polyaddition reaction. Polymerization can be accelerated by... view more

BLUESIL™ ESA 6118 A/B by Elkem Silicones is a two-component silicone elastomer. It crosslinks at room temperature by polyaddition reaction. The polymerization can be accelerated by heating. It... view more

BLUESIL™ ESA 7221 A/B by Elkem Silicones is a liquid two-component, solvent-less, polyaddition heat curing silicone elastomer. After polymerization, it forms a soft elastic and resistant material... view more

BLUESIL™ ESA 7241 A/B by Elkem Silicones is a liquid two-component, self-leveling, solvent-less, polyaddition heat curing silicone elastomer. After polymerization, it forms a flexible adhesive film... view more

BLUESIL™ ESA 7244 A/B by Elkem Silicones is a solvent-less, liquid two-component, polyaddition heat curing silicone elastomer. After polymerization, it forms a flexible & instant primeless adhesive... view more

BLUESIL™ ESA 7252 A/B by Elkem Silicones is a non-corrosive, two-component, silicone elastomer. It cures at room temperature by a polyaddition reaction and curing can be accelerated by heating. It... view more

BLUESIL™ ESA 7252 QC A/B by Elkem Silicones is a non-corrosive, quick curing two-component silicone elastomer. It is recommended for potting: protection of electrical component & connection/junction... view more

BLUESIL™ LSR 8540 SFR A/B by Elkem Silicones is low viscosity, fast cure, two components silicone rubber grade. It polymerize at room temperature by an polyaddition cure reaction. It offers... view more

BLUESIL™ RTV 1523 A/B by Elkem Silicones is a two-component, silicone elastomer which cures at room temperature by a polyaddition reaction. The curing can be accelerated by heating. It is used in... view more

BLUESIL™ RTV 1556 A/B by Elkem Silicones is a two component, silicone rubber compound. It is a high strength, addition cure, room temperature or heat vulcanized product. It offers low viscosity... 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 1556 FC B by Elkem Silicones is a two component, silicone rubber compound. It is a high strength, addition cure, room temperature or heat vulcanized product. It provides low viscosity... view more

BLUESIL™ RTV 1597 A/B by Elkem Silicones is a two component, addition cure, room temperature or heating curing silicone elastomer. It possesses medium hardness and high strength. It offers low... view more

BLUESIL™ RTV 3044 A/B by Elkem Silicones is a 1:1 mix ratio, two-component, clear, high strength, addition cure silicone rubber compound. This low viscosity grade provides improved urethane resin... view more

BLUESIL™ RTV 3440 A/B by Elkem Silicones is a two component, silicone elastomer that crosslink at room temperature by polyaddition reaction. The polymerization can be accelerated by heat. It offers... view more

BLUESIL™ RTV 3450 A/B by Elkem Silicones is a two component, silicone elastomer that crosslink at room temperature by polyaddition reaction. The polymerization can be accelerated by heat. It is used... view more

BLUESIL™ RTV 3601 A/B by Elkem Silicones is a two component, low viscosity, room temperature, curable silicone elastomer. It is designed for use in special effects applications, especially where... view more

BLUESIL™ RTV 3611 A/B by Elkem Silicones is a two component, room temperature, curable silicone elastomer. It possesses superior physical properties and excellent combination of softness &... view more

BLUESIL™ RTV 3611 QC A/B by Elkem Silicones is a two component, low viscosity, room temperature, quick cure silicone elastomer. It is designed for use in special effects and mold making... view more

BLUESIL™ RTV 3720 A/B by Elkem Silicones is a low viscosity, fast cure, two components silicone rubber grade. It cures at room temperature by a polyaddition reaction (1:1 ratio). It exhibits... view more