20kv 35kv SIP-3 Self-Supporting Insulated Wire Cable Aluminum Alloy XLPE for Overhead Available Sizes 1X35 1X50 1X70 1X95 1X120​ The 20kV/35kV SIP-3 Self-Supporting Insulated Wire Cable represents a breakthrough in high-voltage overhead distribution, featuring a single aluminum alloy conductor (1X35 to 1X120mm²) with integrated XLPE insulation and structural support. Crafted from 6201-T81 aluminum alloy (52% IACS conductivity), it eliminates separate messenger wires, reducing installation complexity by 40%.​ Each size delivers tailored current capacities: 1X35 (130A), 1X50 (165A), 1X70 (205A), 1X95 (250A), 1X120 (290A) at 90°C, suitable for 20kV/35kV transmission. The SIP-3 design combines conductor, XLPE insulation (3.4mm thickness), and weatherproof jacket in one self-supporting unit, spanning 100m without intermediate poles.​ UV-stabilized XLPE withstands -40°C to 90°C, ensuring 30-year service. Compliant with IEC 60502-2 and ASTM B800, it balances tensile strength (180MPa) and lightweight handling (1.2-2.8kg/m), ideal for urban, rural, and industrial overhead networks requiring high-voltage reliability.

Self-Supporting 2-Core Twisted ABC Cable 2X16mm² XLPE Insulation​ The self-supporting 2-core twisted ABC (Aerial Bundle Cable) with 2X16mm² aluminum conductors and XLPE insulation sets a new standard for low-voltage overhead distribution. Engineered for self-supporting installation, it eliminates the need for separate messenger wires, making it ideal for residential service drops, rural feeders, and small-scale power networks.​ The 2X16mm² aluminum conductors—boasting 61% IACS conductivity—deliver balanced power (1 phase + neutral) with a 65-amp current capacity, suitable for homes, small shops, and light commercial loads. Their twisted design reduces wind-induced vibration by 35%, enhancing durability in exposed environments like open fields or suburban neighborhoods.​ XLPE insulation, resistant to -40°C to 90°C temperatures, UV radiation, and moisture, ensures a 30+ year service life across diverse climates—from snowy regions to coastal areas. As a self-supporting solution, it cuts installation time by 40% compared to traditional setups. Compliant with IEC 60502 and ASTM standards, it balances cost, strength, and performance, making it a staple in modern low-voltage overhead networks.