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Xlpe Power Cable YJV22 8.7/15KV 3*35 Core Fireproof Copper Power Cable Industrial Construction This product is a medium voltage power cable designed for industrial construction and power distribution projects. The model YJV22 refers to copper core, XLPE insulated, steel tape armoured and PVC sheathed power cable. The designation 8.7/15kV indicates the rated voltage level, where 8.7kV is the rated phase-to-earth voltage (U₀) and 15kV is the rated phase-to-phase voltage (U) in
XLPE Power Cable YJV32 0.6/1kV – 4×185+1×95 mm² & 4×240+1×120 mm² – Pure Copper, Steel Tape Armoured Specifications Parameter 4×185+1×95 mm² 4×240+1×120 mm² Voltage rating 0.6/1kV 0.6/1kV Conductor Pure annealed copper, class 2 stranded (GB/T 3956) Same Insulation XLPE (thickness: 1.6mm for 185/240, 1.2mm for neutral) XLPE (1.6mm for 240, 1.2mm for 120) Inner sheath PVC, nominal 1.5mm PVC, nominal 1.6mm Armour Double layer galvanized steel tape (0.5mm thick per layer) Double
High Voltage Cable Steel Wire Steel Tape Armored XLPE Insulated Power Cable This high‑voltage armored power cable adopts cross‑linked polyethylene (XLPE) as the core insulation material, with steel tape or steel wire armored structure and copper/aluminum conductor options. It is mainly used for medium‑and‑high‑voltage power transmission and distribution in urban power grids, industrial parks, new energy projects and underground buried scenarios. Combined with our actual
Thhn Cable Wire For Commercial And Industrial Electrical Systems Product Introduction THHN cable is a single-conductor electrical wire designed for power and control wiring applications. Manufactured with a high-conductivity copper conductor, thermoplastic insulation, and a tough nylon protective layer, THHN wire delivers reliable electrical performance in conduit and raceway installations. Because of its excellent resistance to heat, wear, and mechanical damage, THHN cable
Thhn Cable UL Listed Building Wire For Reliable Power Distribution 1. Product Overview THHN cable is a thermoplastic insulated single conductor wire designed for fixed installation in conduit and cable raceway systems. It is widely used in low-voltage power distribution due to its stable electrical performance, strong mechanical protection, and easy installation characteristics. With a copper conductor, PVC insulation layer, and abrasion-resistant nylon coating, THHN wire is
High-Temperature Mica Cable – Engineered for Extreme Heat When standard PVC or silicone wires fail under extreme temperatures, our high-temperature mica cable delivers reliable performance where others cannot survive. Designed with a mica tape insulation layer combined with a fiberglass braid, this cable is built for applications that demand exceptional heat resistance, fire safety, and long-term durability. Construction & Materials The conductor is available in bare copper,
4 Core XLPE Power Cable 0.6/1kV Copper Conductor Steel Wire Armored for Underground Product Description Four-core XLPE power cables are engineered for fixed wiring in low and medium voltage power distribution networks. With cross-linked polyethylene (XLPE) insulation and high-quality copper or aluminum conductors, they are widely used in industrial plants, commercial buildings, power substations, underground duct systems, cable trays, and renewable energy projects including
XLPE Insulated Power Cable 8.7/15kV & 26/35kV 3-Core Copper PVC Sheath Steel-Armored Power Cable Product Description This medium voltage XLPE insulated power cable is designed for 3‑core copper conductor construction, rated 8.7/15kV and 26/35kV, with copper tape screen, PVC inner sheath, steel wire armour (SWA) and PVC outer sheath. The cable conforms to IEC 60502‑2 and is suitable for fixed installation in power transmission and distribution systems, including power supply
The Custom SOOW Stripped End Extension Cord is designed for reliable AC power distribution in industrial, commercial, and OEM equipment applications. Built with a flexible oil-resistant rubber jacket and high-strand copper conductors, the cable provides stable electrical performance under demanding operating conditions. One end can be configured with a plug (or left open), while the other end is supplied with stripped conductors for direct wiring into equipment, control
