Chinese nomex paper

Product Description

Chinese Nomex Paper Chinese Nomex paper is of high temperature insulation paper made of pure aramid fiber and exhibits numerous excellent properties such as high strength, low deformation, heat resistance, flame resistance, resistance to chemicals, good dielectric property and etc. It can be widely used in dry-type transformers, special transformers , microwave oven transformers , HID ballasts and other transformers as turn to turn insulation,interlayer insulation and insulation end. It can also be used in metallurgy,lifting,hauling,mining,explosion-proof,marine,wind power and other special motors and generators as slot insulation, liner insulation and turn insulation, It has temperature insulation rating of 220'C and can provide higher level of electrical equipment security. Type features Applications LSP816 Type LSP816 is a calendered insulation paper which offers high inherent dielectric strength, mechanical toughness,flexibility and resilience. TypeLSP816 is widely used in a majority of electrical equipment applications. Available in 8 thicknesses (0.05 to 0.51mm) TypeLSP816 is used inalmost every know electrical sheet insulation application. LSP811 Type LSP811 is the uncalendered insulation paper. It is available in five thicknesses (0.13 to 0.58mm), with a density of 0.3 and correspondingly lower electrical and mechanical properties. TypeLSP811 offers increased impregnability and saturability when compared to Type LSP811, making it suitable for use in cast resin applications as turn and layer insulation. It is used in applications such as motor phase insulation and transformer coil end filler,where high bulk and conformability are of prime importance. LSP864 TypeLSP864 is a calendered insulation paper .It is available in four thicknesses(0.04 to 0.13 mm) TypeLSP864 has lower electrical and mechanical properties,more glue adhesion surface and easier composition with film when compared to TypeLSP864 It can be composited with PET film and PI film to make soft composite material YMY and YHY to be used in electric insulating applications.

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