Description

Description:Non-asbestos gaskets come in a variety of basic materials comprised of carbon, graphite, fiberglass, aramid fiber, Kevlar and other mineral fibers. The basic components of the non-asbestos materials used in gasket construction are elastomer and filler.Add special adhesives and a little packing into it, then roll and sulfurated. The elastomer composition corresponds to the application of the gasket, assisting in the categorization and selection of the gasket best used for the service it will be performing. It is a replacement of asbestos gasket. The Process:Gaskets can be cut based on your drawing or sample of the gasket you desire. Basic I.D. x O.D. shapes can be cut by hand however most die cuts gaskets require a die.The size are according to API or DIN standard, also we can produce non-standard as clients' request. Typical Properties of Common Elastomers (Rubber Compounds) NBR - good for oils, gas, mild chemicals and water SBR - good for saturated Steam, mild chemicals inert gas and water Neoprene - good for saturated steam, refrigerants, oils, fuels, mild acids and alkalies and water. EPDM - good for saturated steam, mild chemicals and water Service Media & Applications: Non-asbestos Gasket are widely used in the industries such as gas, hydrocarbon, solvent, low pressure steam, weak acid and alkali etc.They are applied to some industries of food, mechanical, chemical engineering, petroleum and so on.. Performance of KL-G**0: Non-asbestos Gasket for low pressure Temperature **0�C � *0�C Elasticity ( % ) *0% Tensile strength ( N/mm2 ) ***0N/mm2 Non-asbestos Gasket for medium pressure Temperature =<**0�C Elasticity ( % ) *0%~*5% Tensile strength ( N/mm2 ) *4N/mm2 Non-asbestos Gasket for for high temperature/pressure Temperature =<**0�C Elasticity ( % ) *5%~*0% Tensile strength ( N/mm2 ) ****0N/mm2