This series offers single-core copper conductor HT XLPE cables in 95mm², 185mm², 240mm² and 300mm² specifications, featuring PVC double-tape armored construction for superior mechanical protection and high-voltage performance. With XLPE (cross-linked polyethylene) insulation ensuring high-temperature stability, the cables are suitable for power transmission, industrial distribution and other demanding applications to meet various power delivery requirements

18/30kV or 19/33kV XLPE insulated single core cables with aluminium conductor utilize cross-linked polyethylene (XLPE) as insulation material and aluminium as conductor. These cables are suitable for medium voltage distribution systems, offering excellent electrical performance, heat resistance and mechanical strength to meet power transmission requirements at 18/30kV or 19/33kV voltage levels.

This product is an N2xoh type single-core power cable (Unipolares Power Cables) with the specification of Ftx300 1rz1-R, a rated voltage of 600/1000V, using cross-linked polyethylene (XLPE) insulation and low smoke zero halogen (LSZH) sheath.​ The cable has a single-core structure, suitable for unipolar power supply scenarios, and can meet the power transmission needs of corresponding loads. The rated voltage of 600/1000V is suitable for medium and low-voltage power distribution scenarios, and can be used in fixed laying scenarios such as industrial equipment power supply and building power distribution trunk lines.​ The insulation layer is made of XLPE material, which has excellent heat resistance (long-term operating temperature up to 90℃) and insulation performance, and can stably transmit electrical energy in higher temperature environments; the sheath is made of LSZH material, which releases low smoke and no toxic gases when burned, with higher safety, especially suitable for crowded places or environments with higher requirements for environmental protection and safety.​ The overall structural design is suitable for medium and low-voltage electricity environments, and can operate stably in conventional scenarios and those with safety and environmental protection requirements, providing a reliable guarantee for power transmission.