High-temperature-resistant wave-proof sleeve
An anti-wave sleeve, high temperature resistance technology, applied in conductors, electrical components, circuits, etc., can solve the problems of increased production and maintenance costs, poor high temperature resistance of wires and cables, etc.
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Embodiment 1
[0023] Mix 25g of epoxy resin and 5g of polymethylsilicone resin at a temperature of 100°C to obtain a modified epoxy resin; mix 10g of nano-silicon carbide, 35g of polyethylene resin, and the above-mentioned modified epoxy resin Resin, 7g of carbon powder, 7g of nickel powder and 1g of anti-ultraviolet agent are placed in an environment with a temperature of 200°C, mixed and smelted, and then extruded to form a skin. The above-mentioned skin is coated with copper wire to form a braided wire, and then Weave a plurality of braided wires to form a high-temperature-resistant wave-proof sleeve A1 with a braiding density of not less than 80%.
Embodiment 2
[0025] 24g of epoxy resin and 16g of polyethylsilicone resin were mixed under the condition of 150°C to obtain a modified epoxy resin; 10g of nano-silicon carbide, 45g of polyethylene resin, and the modified epoxy Resin, 9g of carbon powder, 9g of nickel powder and 1.5g of anti-ultraviolet agent are mixed and smelted in an environment with a temperature of 400°C, and then extruded to form a skin, and the skin prepared above is coated with copper wire to form a braided wire. Then, a plurality of braided wires are braided to form a high-temperature-resistant wave-proof sleeve A2 with a braiding density of not less than 80%.
Embodiment 3
[0027] Mix 24g of epoxy resin and 12g of polymethylsilicone resin under the condition that the temperature is 120°C to obtain a modified epoxy resin; mix 10g of nano-silicon carbide, 40g of polyethylene resin, and the above-mentioned modified epoxy resin Resin, 8g of carbon powder, 8g of nickel powder and 1g of anti-ultraviolet agent are mixed and smelted in an environment with a temperature of 300°C, and then extruded to form a skin, and the above-mentioned skin is coated with copper wire to form a braided wire, and then Weave a plurality of braided wires to form a high-temperature-resistant wave-proof sleeve A3 with a braiding density of not less than 80%.
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