Self Lubricating Silicone
Precipitated 6.5Mpa Self Lubricating Silicone Rubber Elastomer
Precipitated Grade Self-lubricating Silicone Rubber Precipitated 6.5Mpa Self - Lubricating Silicone Rubber DHS1340 Special Elastomer DESCRIPTION This versatile product can facilitate the production of items with varying hardness levels and performance specifications. Upon vulcanization, the material's surface can release silicone oil, allowing for effective self-lubrication over a specific timeframe. Possessing excellent physical characteristics and processing capabilities,
Fumed Self Lubricating Silicone Rubber 8Mpa For Automotive Industry
Self-lubricating Silicone Rubber Fumed Self Lubricating Silicone Rubber 8Mpa For Automotive Industry DESCRIPTION This product can be utilized to fabricate items with varying hardness levels and performance specifications. Upon vulcanization, the product's surface can release silicone oil, thereby providing self-lubrication for a limited period. It possesses commendable physical properties and is easily processed, making it suitable for an array of applications, including
Fumed Grade Self Lubricating Silicone rubber material 6.5Mpa For Machinery Industry
Self-lubricating Silicone Rubber Self - lubricating Silicone Rubber Fumed Grade DHS1230 6.5Mpa for Machinery Industry, DESCRIPTION Fumed silica is produced by the high-temperature hydrolysis of silicon tetrachloride vapor in a hydrogen-oxygen flame. The resulting fine powder has high surface area, small particle size, and high purity. Its unique physical and chemical properties, such as high surface area, excellent dispersibility, and strong surface reactivity, make it an
8Mpa Self Lubricating Silicone Rubber Precipitated Grade For Sealing Elements
Precipitated Grade Self-lubricating Silicone Rubber Self - lubricating Silicone Rubber Precipitated Grade DHS1330 8Mpa for Sealing Elements DESCRIPTION Precipitated grade self-lubricating silicone rubber is a specialized type of silicone rubber that contains a high concentration of lubricating particles. These particles are typically PTFE (polytetrafluoroethylene) or other materials that provide low friction properties. The rubber is formed through a precipitation reaction