aluminum xlpe cable

Product Overview The YJLV22 is the most widely used aluminum-conductor, steel-tape armored power cable in medium- and low-voltage fixed power transmission and distribution systems. Featuring a stranded pure aluminum conductor, extruded XLPE insulation, an inner bedding layer, double-layer overlapping galvanized steel tape armor, and a weather-resistant PVC outer sheath, this cable offers reliable crush and impact resistance, making it suitable for underground installation. As

YJLV22 is an economical armored aluminum power cable designed according to GB/T12706 and the harmonized IEC 60502 international standards. It consists of high-purity aluminum stranded conductors, cross-linked polyethylene insulation, a PVC inner lining, overlapping double-layer steel tape armor, and a weather-resistant PVC outer sheath. Unlike copper-based YJV22 and AA8000 alloy YJLHV22 armored cables, YJLV22 uses conventional high-purity electrical aluminum, significantly

JKLGYJ is a professional medium-voltage steel-cored aluminum stranded overhead insulated cable, specifically developed for outdoor overhead power transmission and distribution systems. It employs a steel-reinforced aluminum conductor and cross-linked polyethylene (XLPE) insulation structure, perfectly combining excellent mechanical tensile properties, low power loss electrical performance, superior weather resistance, and safe insulation protection. Unlike ordinary bare

NH-YJV is designed for one task: maintaining power to critical low-voltage circuits during a fire. When your Bill of Quantities (BOQ) requires fire-resistant cable, circuit integrity cable, or emergency power continuity cable, NH-YJV provides a practical and immediately deployable solution to support life-saving systems without requiring entirely different wiring methods. Product Overview NH-YJV is a fire-resistant low-voltage power cable, typically featuring stranded copper

JKLYJ Cable Product Overview JKLYJ is a high-performance all-aluminum medium-voltage overhead insulated cable featuring a fully stranded, tightly packed aluminum conductor and high-quality cross-linked polyethylene (XLPE) insulation. Available in 6/10kV, 12/20kV, and 26/35kV standard medium-voltage ratings, it is designed for global utility distribution networks, municipal overhead transmission, energy infrastructure, and large-scale industrial power transmission. Unlike

1. Comprehensive Analysis of Cable Model Nomenclature and Layered Internal Structure Technical model interpretation for engineering professionals: WDZ: Low-Smoke Zero-Halogen (LSZH); utilizes halogen-free insulation and sheathing materials that do not release toxic or corrosive halogen gases during combustion. B: Class B flame-retardant rating; suitable for most mid-to-high-rise public buildings with moderate fire safety design requirements. N: Enhanced flame-retardant type;

JKLV is a high-performance, cost-effective medium-voltage overhead insulated cable featuring high-purity stranded aluminum conductors and premium weather-resistant PVC insulation. This cable covers classic voltage levels from low voltage 0.6/1kV to medium voltage 6/10kV, and is designed for general outdoor overhead power distribution, municipal branch lines, rural power grid expansion, and conventional industrial power layouts. Unlike high-performance cross-linked polyethylen

YJLHV22 Rare-Earth Aluminum Alloy Power Cable XLPE Insulation • PVC Sheath • Double Steel Tape Armoring YJLHV22 is a next-generation power cable solution built for projects that need strong electrical performance without paying copper prices. By combining rare-earth aluminum alloy conductors with XLPE insulation and double steel tape armoring, it delivers: Higher conductivity than conventional pure aluminum cables Long-term stability and anti-aging performance Significant

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