15% Ekonol Filled PTFE Tube is a thermally stable aromatic polyester. When blended with PTFE, it produces a composite material with excellent high temperature and wear resistance. We are manufacturer and supplier of Ekonol Filled PTFE.
25% Ekonol Filled PTFE Tube is a thermally stable aromatic polyester. When blended with PTFE, it produces a composite material with excellent high temperature and wear resistance. We are manufacturer and supplier of Ekonol Filled PTFE.
15% Carbon Filled Teflon PTFE Tube filled PTFE benefits from improved compressive strength, reduced deformation under heavy loads, and better wear resistance than virgin PTFE. Because carbon is conductive, it is suitable for applications which require higher thermal conductivity than PTFE alone and also becomes static dissipative due to its electrical conductivity. Carbon may be added in the form of powder or fibre. It can be abrasive, but not to the same extent as glass
23% Carbon with 2% Graphite Filled Teflon PTFE tube benefits from improved compressive strength, reduced deformation under heavy loads, and better wear resistance than virgin PTFE. Because carbon is conductive, it is suitable for applications which require higher thermal conductivity than PTFE alone and also becomes static dissipative due to its electrical conductivity. Carbon may be added in the form of powder or fibre. It can be abrasive, but not to the same extent as glass
25% Carbon powder Filled Teflon PTFE tube has good chemical resistance to corrosive environments, has better creep & wear resistance compared to pure PTFE materials. These properties are improved with the addition of a carbon fiber powder. This filler improves dimensional stability, to raise the heat deflection temperature, improves creep resistance & the dynamic bearing performance. PTFE Carbon Filled exhibits good initial wear and rubbing or sliding contact characteristics in both dry or water applications. It's frequently used in piston rings to reduce cylinder wall wear by entrapping abrasive outside particles in their relatively soft surface
15% Glass Filled and 3% MoS2 Filled PTFE Tube reinforced with 15% glass fibres depending on the needs of the application. Glass fibre is used as a PTFE filler as it offers much improved compression and wear properties. The material may also be inert gas sintered to further improve creep properties and reduce porosity and gas permeability (there would be a consequent loss of tensile properties) With 3% MoS2 filled shows the same pressure resistance as glass-filled PTFE but uses MoS2 as a lubricant. Molybdenum also increases hardness and decreases wear
