aluminum alloy cable

YJHLV Rare-Earth Aluminum Alloy Power Cable XLPE Insulation • PVC Sheath • Non-Armored Lightweight Design YJHLV is a specialized aluminum alloy power cable created for non-direct-buried installations such as conduits, overhead lines, and cable trays. By removing the heavy armoring structure while preserving the high-performance aluminum alloy core, it solves three common points: Poor conductivity of ordinary pure aluminum cables High material & installation costs of copper

Cost-effective: YJHLV medium-voltage cables utilize high-quality aluminum alloy conductors! Combining the advantages of lightweight aluminum alloy with reliable cross-linked polyethylene (XLPE) insulation, they ensure stable power transmission from 3.6/6kV to 26/35kV. Suitable for overhead lines, cable trays, and industrial and commercial power distribution, they offer excellent corrosion resistance and fatigue resistance. Certified by IEC, CE, and GB, they are specifically

ZR-YJV22 Flame Retardant Steel Tape Armored Cable XLPE Industrial Plants & Tunnels ZR-YJV22 Class C Fire Resistant Cable - Steel Tape Armored (22) ZR-YJV22 is a Flame-Retardant XLPE Insulated, PVC Sheathed, Steel Tape Armored Power Cable with copper conductors, designed for applications requiring both mechanical protection and enhanced fire safety. Cable Designation Breakdown ZR: Flame Retardant (Chinese standard designation) YJ: XLPE (Cross-Linked Polyethylene) Insulation V:

YJLV22 0.6/1kV Low-Voltage Steel-Tape Armored Power Cable YJLV22 is a widely used 0.6/1kV low-voltage steel-tape armored power cable, featuring an aluminum conductor and cross-linked polyethylene (XLPE) insulation. It employs a mature composite structure, including a solid aluminum conductor, a high-performance XLPE insulation layer, an inner sheath, galvanized steel tape armor, and an outer PVC sheath. Unlike alloy conductor cables and low-smoke halogen-free (LSZH) series

JKYJ ABC Overhead Power Cables Weather Resistant XLPE Insulation Distribution Overhead line faults don't occur inside warehouses, but rather in exposed areas exposed to wind, sun, rain, and dense vegetation like corridors. JKYJ is an insulated overhead power cable specifically designed for overhead power distribution, offering significantly improved safety margins and line reliability compared to bare conductors. JKYJ utilizes weather-resistant XLPE insulation, meeting the

Ultimate Cost-Effectiveness and Reliable Protection: YJLV22 medium-voltage cables feature high-purity aluminum conductors and 22# double-layer steel tape armor! The lightweight aluminum conductors significantly reduce transportation/installation costs, while the robust armor resists compression, impact, and rodent damage. Utilizing premium XLPE insulation, it stably transmits voltages from 3.6/6kV to 26/35kV, making it ideal for direct burial, industrial areas, and urban

YJLHV22 Rare-Earth Aluminum Alloy Power Cable – High Performance Lower Investment Code Component Meaning & Performance Advantage YJ Cross-linked Polyethylene (XLPE) Insulation Designed for 90°C continuous operation, low dielectric loss, and excellent anti-aging performance. Transmission efficiency is up to 18% higher than standard insulation. LH Rare-Earth Aluminum Alloy Conductor Alloyed with magnesium and silicon. Conductivity ≥ 62% IACS, surpassing pure aluminum conductors

YJHLV 8.7/15kV High-Performance Alloy Aluminum Conductor Medium-Voltage Power Cable The YJHLV 8.7/15kV is a high-performance alloy aluminum conductor medium-voltage power cable designed for cost-critical, long-distance, large-scale medium-voltage infrastructure projects. This cable features a high-strength, heat-resistant aluminum alloy conductor, a triple co-extruded semi-conductive shielding structure, and a high-quality cross-linked polyethylene (XLPE) insulation layer,

YJHLV is a 0.6/1kV low-voltage aluminum alloy power cable, specifically developed for global civil buildings, industrial applications, and municipal low-voltage power distribution systems. It utilizes high-quality AA8000 series aluminum alloy conductors, coupled with cross-linked polyethylene insulation and a durable PVC outer sheath, overcoming the limitations of traditional pure aluminum cables in terms of structural stability and creep resistance. Unlike traditional copper