Analysis of Characteristics of Special Heat-Resistant Cables

Special cables are those with specific purposes that can be used in particular situations. For instance, they can withstand high temperatures, resist acids and alkalis, prevent termites, and are used in ships, aircraft, nuclear power plants and other places. In terms of classification, it does not belong to the same classification method as categories such as power, control, and computer cables. That is to say, the cables listed above also include special cables. Generally, for special cables, it is necessary to formulate internal control standards within the enterprise.

Special cables are a series of products with unique properties and special structures. Compared with the common wires and cables that are widely used in large quantities, they have the characteristics of higher technical content, stricter usage conditions, smaller batch sizes and higher added value. New materials, new structures, new processes and new design calculations are often adopted.

105 +105°C

Tin-plated copper conductor + extruded heat-resistant PVC application scenarios: various heat-resistant occasions, electronic and electrical equipment

115 +115°C

Tin-plated copper conductors + extruded PVC and nylon application scenarios: various corresponding heat-resistant occasions, electronic and electrical equipment

125 +125°C

Tin-plated copper conductor + extruded polyolefin or fluoroplastic application scenarios: All kinds of corresponding heat-resistant occasions, electronic and electrical equipment tin-plated copper conductors + wound synthetic fiber electric heating equipment, machinery, electrical appliances, furnaces and kilns, lighting devices tin-plated copper conductors + extruded silicone rubber insulation + glass fiber braided + (cabling) + non-hygroscopic and non-oil-absorbing filling + non-hygroscopic and non-oil-absorbing tape + heat-resistant synthetic fiber braided glass factories, steel mills, boiler rooms, chemical plants Tin-plated copper conductors + extruded silicone rubber insulation + heat-resistant synthetic fiber weaving + moisture-resistant paint coating. Glass factories, steel mills, paper mills, boiler rooms, chemical plants

145 +145°C

Tin-plated copper conductor + electron irradiation polyolefin insulation + electron irradiation polyolefin outer coating application scenarios: internal wiring of equipment, lighting devices, heaters, switches and other occasions that require halogen-free, flame-retardant, moisture-resistant, ozone-resistant and UV-resistant properties

150 +150 °C

Tin-plated copper conductor + extruded fluoroplastic application scenarios: household appliances, lighting fixtures, motors, internal wiring of heating equipment

180 +180°C

Tin-plated copper conductor + extruded silicone rubber insulation + glass fiber braided + high-temperature resistant paint coating for furnaces, ovens, glass factories, ceramic factories, motors, etc. Tin-plated copper conductor + extruded silicone rubber + glass fiber braided + heat and moisture resistant paint coating for furnaces, ovens, motors and transformer lead wires fine tin-plated copper conductor + extruded silicone rubber + glass fiber braided + high-temperature resistant paint coating application scenarios Wiring for mobile equipment and motors in glass factories and steel rolling mills.