Corrosion-free compressed non-asbestos fibre (CNAF) gaskets – durable and versatile. KLINGERSIL fibre-reinforced sealing materials provide excellent temperature, mechanical and chemical resistance in the areas required by each target industry.
KLINGER has repeatedly set milestones with the durability of CNAF (compressed non-asbestos fibre) signifying calendered fibre-reinforced sealing materials.
KLINGERSIL fibre re-inforced sealing materials provide excellent resistances (e.g. temperature, mechanical or chemical resistance) in the areas required by the corresponding target industry.
KLINGER’s fibre-based soft sealing materials are easy to cut and fit.
CNAF materials are practically corrosion-free (no risk for corrosion of the flange surfaces
Temperature resistance from -50 °C to 300 °C – depending mainly on gasket material composition, gasket thickness, medium, flange and bolt load conditions and special considerations.
Safe, high mechanical strength and flexibility
Used mostly in automotive, chemical, petroleum, petrochemical industries
Is a general service compressed non-asbestos gasket material with a wide range of application potential. Use it in general applications such as liquid and gas service. This calendered sheet is manufactured with quality fibers, fillers with a nitrile binder (NBR).
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Is a general application gasket material that offers excellent resistance to oils and solvents and is an excellent choice for OEM applications.
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Universal soft gasket material. Consisting of aramid fibers bonded with NBR, this universal high-pressure gasket material is resistant to hot water, steam, oils, hydrocarbons and other chemicals. It provides increased plant safety for a wide range of applications.
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Universal gasket material utilized in liquid and steam applications. Manufactured from synthetic high-performance fibers bonded with NBR, this universal high-pressure gasket material is utilized in liquid and steam applications at lower pressures and temperatures. It is resistant to water, oils, hydrocarbons, refrigerants and other chemicals.
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Leading soft gasket material for safe and reliable sealing. Consisting of aramid fibers bonded with NBR, this universal gasket material is a synonym for safe and reliable sealing. Its unique matrix makes it resistant to oils, water, steam, gases, salt solutions, fuels, alcohols, moderate organic and inorganic acids, hydrocarbons and lubricants as well as refrigerants.
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Sealing material for general applications with moderate temperatures and pressures. Good performance in oil, water, salt solutions, fuels, alcohols, solvent lubricants and hydrocarbons in general.
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Universal high-pressure gasket for use in a wide range of industrial applications. Featuring aramid fibers bonded with NBR, this universal high-pressure gasket material is additionally reinforced by wire. Able to withstand high stress levels, it is used in industrial applications where operators profit from its resistance to oils, water, steam, gases, fuels, alcohols, hydrocarbons, lubricants and refrigerants.
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Premium high-pressure gasket for exacting operations. This high-pressure gasket material features synthetic fibers bonded with NBR and is suitable for high loads. Its expanded metal reinforcement makes it capable of withstanding high thermal and mechanical stress. It is resistant to oils, water, steam, hydrocarbons as well as to liquid and gaseous chemicals.
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Offers excellent stress relaxation. Consisting of synthetic fibers bonded with NBR and offering excellent stress relaxation, this gasket material is used in hot water and higher-temperature steam applications. It is resistant to oils, gases, salt solutions, fuels, alcohols, moderate organic and inorganic acids, hydrocarbons, lubricants and refrigerants.
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Superior-performance gasket material designed especially for the chemical industry. Combining carbon fibers and special heat-resistant additives with an NBR bonding, this superior-performance gasket material has been designed specifically for the chemical industry. Higher temperatures, alkaline media and superheated steam are typical application scenarios where operators also profit from its resistance against oils, gases, salt solutions, fuels, alcohols, moderate organic and inorganic acids, hydrocarbons, lubricants and refrigerants.
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