Silicone high-temperature wire
To achieve stable power transmission and signal conduction under high-temperature and harsh conditions, effectively resist damage caused by high-temperature aging, chemical corrosion, mechanical wear, etc., avoid potential safety hazards such as short circuits and leakage due to failure of the wire insulation layer, ensure the continuous operation of the equipment, and at the same time meet the requirements of complex wiring, provide a reliable electrical connection solution for high-temperature working scenarios.
excellent flexibility and can be bent and routed in narrow spaces (the minimum bending radius is 4 times the outer diameter of the wire); the insulation layer is made of modified silicone resin composite material, with a smooth surface and strong adhesion, without the risk of cracking or peeling; it supports custom multi-core structure (1-24 cores), and can be combined with shielding layers (tin-plated copper mesh shielding / aluminum foil shielding) according to requirements to reduce electromagnetic interference and be suitable for signal transmission scenarios.
It has outstanding high-temperature resistance, with a long-term working temperature range of -60℃ to 200℃, and a short-term maximum temperature resistance of up to 260℃ (lasting for 1 hour), which is far beyond that of ordinary PVC wires (70℃); It has strong weather resistance, capable of withstanding ozone, ultraviolet rays, oil stains, and corrosion from weak acids and weak alkalis. It is not prone to aging when used in outdoor or humid environments; Its current-carrying capacity is 15%-20% higher than that of wires of the same specification, and it can maintain stable electrical conductivity even in high-temperature environments, and the insulation layer does not release toxic gases, meeting environmental protection standards (RoHS certification).
Industrial sector (internal wiring of high-temperature household appliances such as ovens, microwave ovens, soldering irons; circuit connections in high-temperature areas of metallurgical and chemical equipment); New energy sector (high-voltage modules of charging stations, wiring of lithium battery PACK, connections of high-temperature components of photovoltaic inverters); Electronic equipment sector (internal wiring of server chassis, connection wires of LED high-temperature lamps, internal circuits of medical equipment (such as sterilization equipment)); Automotive sector (wiring in the high-temperature area of the engine compartment, internal connection wires of new energy vehicle battery packs)
Conductor material (multi-strand tin-plated copper wire, single wire diameter 0.12mm), insulating material (modified silicone resin), rated voltage (450/750V), long-term working temperature (-60℃~200℃), breakdown voltage (≥15kV/mm), insulation thickness (0.8-1.2mm, adjusted according to wire diameter), flame retardant grade (UL94 V-0 level), standard certifications (UL, CE, RoHS), wire diameter specifications (AWG 16#-30#, or custom non-standard specifications).
The “electrical connection guardian” in extreme environments, with its outstanding high-temperature resistance, corrosion resistance and stable conductivity, breaks through the application limitations of ordinary wires, ensuring the safe operation of industries such as industrial production, new energy, and high-end home appliances, and has become the preferred wiring solution for high-temperature working conditions.
