Materiales para juntas

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BELPAFLON® PL-9006-LC

P.T.F.E sheet with an addition of special particles in order to increase the creep deformation resistance, and with a high compressibility, specially recommended for use where a low bolt load applications are required ( glass flanges ). Gasket material with an excellent chemical resistance, including acids and alcalis at high concentrations (sodium hydroxide, sulphuric acid, nitric acid, hydrogen chloride, potassium hydroxide).

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BELPAFLON® PL-9005-LC

P.T.F.E sheet with an addition of special particles in order to increase the creep deformation resistance. Gasket material with an excellent chemical resistance, including acids and alcalis at high concentrations (sodium hydroxide, sulphuric acid, nitric acid, hydrogen chloride, potassium hydroxide).

English

BELPAFLON® PL-9000-LC

P.T.F.E sheet with an addition of special particles in order to increase the creep deformation resistance. Gasket material with an excellent chemical resistance, including acids and alcalis at high concentrations (sodium hydroxide, sulphuric acid, nitric acid, hydrogen chloride, potassium hydroxide).

English

BELPA® FLEX

Two asbestos FREE paper sheets assembled a central rectangular perforated steel sheet.High tempertures resistant cylinder head gaskets and exhaust manifold gaskets of petrol and diesel engines and resistant to oil, fuel and cooling mixture. Gasket material for Automotive industy.

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BELPA® MICA

BELPA® MICA for high temperatures is made of shelly Mica compressed in sheets reinforced with perforated stainless steel 316 without binder. This material is suitable as high temperatures gaskets at low pressures and specially designed for services where high temperatures combined with fluids could promote the oxidising process of materials such as graphite.

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BELPA® CSA 520

BELPA CSA-520 is a high quality compressed non asbestos fibre jointing sheet made with aramide and high quality mineral fibers in a NBR rubber matrix. BELPA CSA -520 has the lowest gas permeability value, with the highest tensile strength and the best flexibility.

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