Improves technical and chemical properties like deformation under load, wear resistance, thermal expansion and electrical conductivity. Superior properties on dynamic applications.Įxcellent mechanical properties including strength, rigidity, impact resistance, low wear rate and low coefficient of friction, retained over a wide range of service temperatures. Increased thermal resistance, sliding properties, surface hardness. Increased sliding properties and decrease friction. Increased PTFE properties of hardness and wear resistance. Improved compression strength, wear resistant, high thermal conductivity, resistance to abrasion. Improve the temperature resistance in some way. Improve wear resistance, decrease friction and increase sliding properties against soft metals- chemical inertness. Superior ware resistance increase and low friction properties. Improved electrical and termal conductivity, resistance to load, low coefficient of friction in dry, water, steam applications, chemical resistance. Good performance in oxidising environment, good creep resistance. Improved ware resistance, compression strength, creep resistance, chemical resistance. Very low coefficient of friction and excellent chemical resistance.
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