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ویدیو
Our 12V–48V battery cable assemblies are engineered for reliable DC power transmission in automotive, marine, renewable energy, and industrial applications. Manufactured with high-purity stranded copper conductors and professionally crimped SC ring terminals, these cables provide dependable electrical performance, low resistance, and long service life. Designed for both standard and custom projects, every cable assembly can be produced to your required length, conductor size,
High Temperature Mica Cable for Extreme Heat & Fire Resistant Electrical Wiring Product Overview High Temperature Mica Cable is engineered for electrical installations exposed to continuous high heat and emergency fire conditions. Built with a stranded copper conductor wrapped in premium mica tape and reinforced by a fiberglass braid, this cable is capable of maintaining electrical insulation even when exposed to elevated temperatures. Unlike conventional PVC or XLPE
High-Temperature Mica Cable – Fire Resistant Mica Insulated Copper Wire High-Temperature Mica Cable is designed for electrical systems that must continue operating under extreme heat conditions. The cable uses mica tape insulation combined with copper conductors and a heat-resistant outer layer, providing reliable electrical performance at elevated temperatures. It is widely used in industrial furnaces, heating equipment, metallurgy, glass manufacturing, power plants, and
Heat Shrink Cable Termination Kit For Power Cable (MV / HV Systems) The Heat Shrink Cable Termination Kit is an electrical accessory designed for terminating medium and high-voltage power cables in distribution and transmission networks. It relies on thermally activated polymer tubing that contracts under controlled heating, forming a tight insulating and sealing layer over prepared cable ends. This solution is widely applied in utility grids, industrial power systems, and
Photovoltaic Special Connection Cable 2.5mm², 1000V-1500V DC for Solar Panel Applications Our solar PV cable is engineered to be the workhorse of solar installations—here’s why it stands out: * Robust Materials: Tinned copper conductors resist corrosion and oxidation, while XLPO insulation handles -40°C to 120°C temperatures, UV rays, rain, and ozone. This combo ensures 25+ years of stable performance (matching solar panel lifespans). * Ideal Environments: Perfect for outdoor
High Voltage Cable 10kV 35kV 110kV Copper Core XLPE Underground Power Cable Usage features Rated voltage: 3–35 kv Operating temperature: The maximum permissible long-term operating temperature of the cable conductor is 90 °C In the event of a short circuit, the maximum temperature of the cable conductor is 250 °C, for a duration not exceeding 5 seconds. Ambient temperature: The minimum operating temperature of the cable is -10°C. Installation temperature: During installation,
YJV22 High Voltage Cable 10-300mm2 XLPE Insulated Buried Industrial Electrical Cable Product Overview YJV22 High Voltage Cable is a high-performance power transmission cable specifically designed for industrial high-voltage scenarios, featuring 10-300mm² cross-section, XLPE insulation, and steel tape armored structure. As a professional buried industrial electrical cable, it is engineered to meet the high-voltage power transmission and distribution needs of industrial plants,
High Voltage Cable 12/20kV 3-Core Cable YJV22 CU/XLPE/STA/PVC Customized For Mining & Grids Introduction This 12/20kV three‑core high‑voltage cable is standard YJV22 type, constructed with copper conductor, XLPE insulation, steel tape armor and PVC outer sheath. It is specially developed for mining power supply, urban power grid networking, industrial heavy‑load power distribution and underground buried projects. Built with strict high‑voltage electrical safety standards, it
YJV22 10kV 35kV High Voltage Copper Cable, XLPE Insulated, Steel Tape Armored, Power Cable Structural Description Copper Conductor: Compactly stranded circular structure, oxygen content ≤0.02%, conductivity not less than 97% IACS. Nominal Cross-Section: 10kV commonly 25~630mm²; 35kV commonly 50~400mm² (single-core or three-core). Conductor Shielding: Extruded semi-conductive layer, uniform electric field, preventing void discharge. XLPE Insulation: Cross-linked polyethylene,
