XHHW-2 PVC/XLPE-insulated medium voltage power cables (8.7/15kV), designed for industrial power transmission and distribution systems. Available in multiple specifications (8 AWG, 2/0 AWG, 1×10mm², and 3×10mm²), the cables feature high-conductivity copper conductors for efficient energy transfer. The XLPE (Cross-linked Polyethylene) insulation + PVC sheath structure ensures superior high-voltage resistance (8.7/15kV), thermal stability, chemical resistance, and mechanical durability, making it suitable for harsh industrial environments. Compliant with international electrical standards, the cables are widely used in factories, mining, and energy infrastructure.

This is a medium voltage power cable rated at 12.7/22kV, featuring copper conductor with multiple insulation options (PVC/PUR/XLPE). The cable offers excellent insulation performance, where XLPE provides superior high-temperature resistance while PVC or PUR outer sheath ensures mechanical protection and environmental adaptability. Ideal for industrial plants, commercial buildings and other medium voltage distribution systems, particularly suitable for applications requiring oil resistance, abrasion resistance or weatherproof capabilities.

The Single Core Armoured Copper XLPE/PVC Insulated Medium Voltage Power Cable, available in conductor cross-sectional areas of 300mm², 400mm², 500mm², and 630mm², is a high-performance electrical transmission solution specifically engineered for medium-voltage power systems. Designed to balance efficiency, durability, and environmental adaptability, this cable plays a critical role in modern power distribution networks, catering to scenarios where reliable medium-voltage (typically 10kV, 20kV, or 35kV) power transmission is essential. At the core of its design is the copper conductor, a material chosen for its exceptional electrical conductivity and low resistivity. Unlike aluminum conductors, copper minimizes power loss during transmission, ensuring that energy is delivered efficiently from substations to end-users—an attribute particularly valuable in medium-voltage applications where transmission distances can be substantial, and energy waste must be kept to a minimum. The four available cross-sectional sizes (300mm² to 630mm²) are strategically selected to meet varying current-carrying demands: smaller 300mm² and 400mm² options suit moderate-load scenarios such as residential district power supply or small industrial parks, while larger 500mm² and 630mm² variants are ideal for high-load environments like large manufacturing facilities, commercial complexes, or renewable energy (wind, solar) grid-connection systems. The cable’s insulation system is a dual-layer design that combines XLPE (Cross-Linked Polyethylene) and PVC (Polyvinyl Chloride), delivering superior electrical and mechanical protection. The inner XLPE layer is a key component: its cross-linked molecular structure grants it excellent 耐高温 (high-temperature resistance, up to 90°C for long-term operation), resistance to aging, and dielectric strength, preventing electrical leakage even under prolonged medium-voltage stress. The outer PVC layer complements this by adding a robust barrier against physical damage, chemical corrosion (from soil, moisture, or industrial contaminants), and UV radiation—extending the cable’s service life and reducing maintenance needs. A defining feature of this cable is its armoured layer, which enhances its suitability for harsh installation and operating environments. The armour (typically made of galvanized steel or aluminum tape/wire) provides exceptional resistance to external impacts, extrusion, and rodent damage—critical for applications like direct burial in soil, installation in cable trenches, or laying alongside roads and railways. This protective layer eliminates the need for additional costly conduits in many cases, simplifying installation and lowering overall project costs. In terms of application, this cable is widely deployed across urban and industrial power infrastructure. It is a staple in urban medium-voltage distribution networks, where it connects substations to residential, commercial, and public service areas. In industrial settings, it powers heavy machinery, production lines, and auxiliary systems, thanks to its ability to withstand high loads and harsh conditions. It also supports the growth of renewable energy, serving as a reliable link between large-scale wind farms or solar parks and the main power grid, where its efficiency and durability ensure consistent energy transfer. Beyond its functional advantages, the cable aligns with modern sustainability and safety standards. Its copper conductor is fully recyclable, reducing environmental impact at the end of its service life. The XLPE/PVC insulation system is non-toxic and compliant with global environmental regulations, while the armoured layer enhances operational safety by minimizing the risk of cable failure due to external damage. Collectively, these features make the Single Core Armoured Copper XLPE/PVC Insulated Medium Voltage Power Cable a versatile, reliable, and cost-effective choice for medium-voltage power transmission, addressing the evolving needs of urbanization, industrialization, and renewable energy integration.