Housecab Cables

Service Wires Aluminium

Our Service Wires Aluminium are designed for high-voltage power transmission in industrial and commercial environments. These cables are capable of handling high electrical loads and are used for the connection between transformers and end-user points. Constructed with high-quality materials that ensure safety, reliability and optimal power flow, our HT service wires are built to withstand extreme weather conditions and heavy-duty applications. They are essential for safe and efficient energy distribution in high-tension power networks.

Features and Benefits

Suitable for High-voltage Transmission

Housecab HT service wires are designed for high-voltage transmission, ensuring safe, reliable and efficient power delivery over long distances.

Strong and Durable Construction for Industrial Environments

Housecab HT service wires offer durable, high-performance construction, built to withstand harsh industrial conditions for reliable power transmission.

High Safety Standards with Superior Insulation

Housecab HT service wires feature superior insulation for safety, preventing short circuits, overheating and ensuring reliable power transmission.

Resistant to Abrasion, Moisture and UV Rays

Housecab HT service wires are UV, moisture and abrasion-resistant, ensuring long-term durability and reliable performance in tough conditions.

High Voltage Capacity

Housecab HT service wires handle high voltages, offering reliable, safe power transmission for industrial and power distribution systems.

Enhanced Safety

Housecab HT service wires ensure safe, reliable high-voltage transmission with robust insulation to prevent faults, overheating and hazards.

Efficient Power Transmission

Housecab HT service wires ensure efficient power transmission with minimal energy loss, improving system performance and reducing costs.

Weather and Abrasion Resistant

Housecab HT service wires are weather and abrasion-resistant, ensuring reliable performance in harsh environments with minimal maintenance.