XLPE Insulated Aluminum Copper High Voltage Cable: 10kv to 200kv, 10m Length with Silicone Options – Price List Overview​ This range of high voltage cables, featuring XLPE (cross-linked polyethylene) insulation and available in aluminum or copper conductors, caters to diverse power transmission needs across 10kv, 20kv, 30kv, 60kv, and 200kv applications, with a 10-meter length option for flexible installation. Designed for reliability in demanding environments, these cables balance performance and versatility, making them suitable for utility grids, industrial plants, and renewable energy projects.​ XLPE insulation is a standout feature, offering superior thermal stability, high dielectric strength, and resistance to moisture and chemical corrosion—critical for maintaining efficiency in high-voltage scenarios. It operates reliably across wide temperature ranges, ensuring consistent power transmission even under extreme conditions. The choice between aluminum and copper conductors provides flexibility: aluminum offers cost-effectiveness and lightweight properties for long-distance overhead lines, while copper delivers enhanced conductivity for high-demand, compact installations.​ For specialized applications requiring extreme heat resistance, silicone-insulated variants are available, expanding usability in industrial settings with high temperatures or chemical exposure. The 10-meter length facilitates easy handling and customization, adapting to both large-scale projects and specific segment replacements. Compliant with international standards, these cables ensure safety and compatibility with existing infrastructure.​ The price list reflects variations based on conductor material (aluminum vs. copper), voltage rating, insulation type (XLPE vs. silicone), and quantity, offering tailored solutions for budget and performance requirements. Whether for grid expansion, industrial power distribution, or renewable energy integration, these high voltage cables deliver durable, efficient transmission across voltage spectrums.