Cable processing technology
A processing technology and cable technology, which is used in the manufacture of insulated cables, cables/conductors, and insulation of conductors/cables, etc., can solve the problems that cables have no flame retardant and anti-ultraviolet effect, electrical signals cannot be transmitted normally, and electromagnetic shielding cannot be resisted. Achieve good flame retardant and anti-ultraviolet effects, save material loss, and facilitate promotion.
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Embodiment 1
[0025] A cable processing technology, comprising the following steps,
[0026] S1. Preparation of conductor petals: twist a plurality of conductor wires into one strand through a stranding machine, and extrude the semiconductor composite layer through an extrusion die to form the conductor petals;
[0027] S2. Preparation of conductor core: twist several conductor petals and wrap mica tape to form conductor core;
[0028] S3. Preparation of anti-interference layer: select raw materials polyethylene, tinned copper wire, calcium stearate, conductive carbon black, nano-alumina, magnesium, adhesive, antioxidant, methyl silicone oil, silicon dioxide, silicon dioxide Butylated hydroxytoluene and heat resistance mixture, add polyethylene, calcium stearate, nano-alumina, magnesium, silicon dioxide and dibutyl hydroxytoluene into the mixing mixer for stirring. After stirring, add it to the mixing mixer Continue to add tin-plated copper wire, conductive carbon black, and thermal resist...
Embodiment 2
[0040] A cable processing technology, comprising the following steps,
[0041] S1. Preparation of conductor petals: twist a plurality of conductor wires into one strand through a stranding machine, and extrude the semiconductor composite layer through an extrusion die to form the conductor petals;
[0042] S2. Preparation of conductor core: twist several conductor petals and wrap mica tape to form conductor core;
[0043] S3. Preparation of anti-interference layer: select raw materials polyethylene, tinned copper wire, calcium stearate, conductive carbon black, nano-alumina, magnesium, adhesive, antioxidant, methyl silicone oil, silicon dioxide, silicon dioxide Butylated hydroxytoluene and heat resistance mixture, add polyethylene, calcium stearate, nano-alumina, magnesium, silicon dioxide and dibutyl hydroxytoluene into the mixing mixer for stirring. After stirring, add it to the mixing mixer Continue to add tin-plated copper wire, conductive carbon black, and thermal resist...
Embodiment 3
[0055] A cable processing technology, comprising the following steps,
[0056] S1. Preparation of conductor petals: twist a plurality of conductor wires into one strand through a stranding machine, and extrude the semiconductor composite layer through an extrusion die to form the conductor petals;
[0057] S2. Preparation of conductor core: twist several conductor petals and wrap mica tape to form conductor core;
[0058] S3. Preparation of anti-interference layer: select raw materials polyethylene, tinned copper wire, calcium stearate, conductive carbon black, nano-alumina, magnesium, adhesive, antioxidant, methyl silicone oil, silicon dioxide, silicon dioxide Butylated hydroxytoluene and heat resistance mixture, add polyethylene, calcium stearate, nano-alumina, magnesium, silicon dioxide and dibutyl hydroxytoluene into the mixing mixer for stirring. After stirring, add it to the mixing mixer Continue to add tin-plated copper wire, conductive carbon black, and thermal resist...
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