http://media.erapol.com.au/wp-content/uploads/files/products/silicone/addition/Dow%20Corning%20Silastic%20J.pdf WebSILASTIC® 9161 RTV ... Mixing ratio by weight Physical properties, cured with 2% N9162 Catalyst for 24 hours at 20°C 0099 D676 Durometer hardness Shore A 39 0137A D412 Tensile strength MPa 2.75 0137A D412 Elongation % 250 0159A Tear strength kN/m 2.2 Linear shrinkage, 24 hours at 70°C % 1.0
Dow Silastic J RTV Silicone Rubber Mold-Making Silicone
WebSILASTIC™ RTV-4234-T4 Base and Curing Agent Translucent, high tear strength mold making rubber featuring fast cure. Suited for prototype design and production tooling. SILASTIC™ RTV-3481 Mold-Making Base High strength silicone moldmaking rubber suited for the detailed reproduction of figures, art objects and similar items. WebSilastic® E RTV Silicone Rubber is a two-part silicone rubber designed for use as a flexible moldmaking material. This high-strength, tear-resistant silicone rubber cures at room temperature with an addition-reaction cure. An easy-to-mix ratio of 10:1 base to curing agent ensures accurate measuring or blending by hand or machine. The material ... included trials
SILASTIC™ RTV-4130-J Base and Curing Agent - Dow …
Web• SILASTIC J is suited for prototype design and production tooling. Base and Curing Agent mixture (100:10 by weight) Mixed viscosity mPa.s 85,000 Color Green Working time at … Webautomatic mixing RTV9950 moderate 5-10% suitable for automatic mixing RTV9910 slow 10% suitable for automatic mixing Deep Section Cure If these RTV silicone rubber compounds are to be used in deep sections at temperatures over 150°C (302°F), the cured product should be properly conditioned prior to service. Webautomatic mixing RTV9950 moderate 5-10 % suitable for automatic mixing RTV9910 slow 10 % suitable for automatic mixing Deep Section Cure If these RTV silicone rubber compounds are to be used in deep sections at temperatures over 150 °C (302 °F), the cured product should be properly conditioned prior to service. included updated properties azure