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For electrical design engineers, equipment R&D personnel, procurement managers, and plant project managers, we provide a detailed breakdown of model designations to help quickly clarify product positioning and structural characteristics: Y: Designation for rubber insulation within wire and cable naming standards. H: High-temperature resistance rating—utilizing a custom silicone rubber formulation, it is capable of withstanding long-term, continuous high-temperature operating

YJV Cable Product Overview YJV is a mainstream unarmored fixed power cable that conforms to GB/T12706 standard and IEC 60502 international specification. Its conductor is solid/compacted high-purity electrolytic copper, the insulation layer is cross-linked polyethylene (XLPE), and the outer sheath is extruded PVC. Unlike the alloy-based YJHLV series and the armored YJV22 series, YJV eliminates the additional metal armor layer, achieving a compact outer diameter, lightweight

1. Global and National Compliance Standards This YJV22 medium-voltage cable is manufactured entirely in accordance with the national standard GB/T 12706.3-2020 for medium-voltage power cables, fully complies with international standard IEC 60502-2, and meets European CE LVD and EMC directives, making it suitable for cross-border engineering export projects. All finished cables have undergone comprehensive testing by a third-party type testing organization recognized by the

YC heavy-duty flexible rubber power cables are designed and manufactured in strict accordance with IEC 60245 and GB/T 5013 industry standards, specifically developed for power connection environments in various industrial fields involving frequent movement, dragging, and bending. Unlike rigidly fixed PVC cables, this product features a high-strength rubber insulation layer and a reinforced outer sheath, equipped with compact Category 5 stranded copper conductors, achieving

YJHLV is a new type of optimized low-voltage power cable, using AA8000 series aluminum alloy solid conductors, cross-linked polyethylene (XLPE) insulation, and a PVC outer sheath. It is manufactured strictly according to GB/T 12706 and corresponding IEC international manufacturing standards. Unlike traditional pure aluminum YJLV and copper core YJV cables, its core design upgrades the conductor metallurgical composition, solving problems such as natural creep, poor bending

YJLHV22 is an armored cable upgraded from the classic YJHLV aluminum alloy cable structure. Manufactured according to GB/T12706 standards and conforming to relevant IEC international design standards, its layered structure includes: AA8000 heat-treated aluminum alloy conductor, cross-linked polyethylene (XLPE) insulation, PVC inner lining, double-layer steel tape armor, and extruded PVC outer sheath. Compared to unarmored YJHLV and traditional YJV22 copper armored cables, the

YJV cables are manufactured in strict accordance with the global industrial standards GB/T12706 and IEC 60502. They are widely recognized general-purpose copper core power cables for fixed installation, featuring a compact solid high-purity copper conductor, cross-linked polyethylene insulation, and an extruded PVC outer sheath. Unlike armored YJV22, aluminum core YJLV, and alloy series cables, YJV cables eliminate the additional metal armor structure, achieving a compact

YJLV22 is a standard steel-tape armored aluminum core power cable conforming to GB/T12706 and the harmonized IEC60502 industry standards. It features a five-layer structure: compacted pure aluminum conductor, cross-linked polyethylene (XLPE) insulation, PVC inner lining, double-overlapping steel tape armor layer, and PVC outer sheath. Unlike copper core YJV22 and alloy core YJLHV22 armored cables, this product uses high-purity electrical-grade aluminum as the conductive

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