Product Overview
We are well known manufacturer and exporter of silicone sheet, viton sheets these are used in various applications where extreme temperature resistance is still needed. Properties: * Electrically Conductive - Electrically Conductive Grade silicone sheeting is designed to be used in many different applications. It is black; carbon filled silicone sheeting that will act as a low amperage conductor and provide protection against electrostatic discharge. * Fiberglass Reinforced - Fiberglass reinforced press pad material is typically used for flexible circuitry laminations. * Flame Retardant - Flame Retardant silicone sheeting is designed to be used in applications where higher physical properties are required. * Fluorosilicone - Fluorosilicone is resistant to harsh chemicals, fuels, oils and solvents while being able to handle extreme temperatures. * High Strength - Superb chemical resistance, high temperature performance, good thermal and electrical resistance, long-term resiliency, and easy fabrication.
We are well known manufacturer and exporter of silicone sheet, viton sheets these are used in various applications where extreme temperature resistance is still needed. Properties: * Electrically Conductive - Electrically Conductive Grade silicone sheeting is designed to be used in many different applications. It is black; carbon filled silicone sheeting that will act as a low amperage conductor and provide protection against electrostatic discharge. * Fiberglass Reinforced - Fiberglass reinforced press pad material is typically used for flexible circuitry laminations. * Flame Retardant - Flame Retardant silicone sheeting is designed to be used in applications where higher physical properties are required. * Fluorosilicone - Fluorosilicone is resistant to harsh chemicals, fuels, oils and solvents while being able to handle extreme temperatures. * High Strength - Superb chemical resistance, high temperature performance, good thermal and electrical resistance, long-term resiliency, and easy fabrication.