Mining and Metals Solutions

Mining environments are notorious for extreme temperatures, high humidity, dust, mud, vibrations, and corrosive materials. Our Conductors and MVCC are designed to remain resilient under these conditions. Built with corrosion-resistant materials, heat-tolerant insulation, and enhanced mechanical properties, our products deliver long service life even under severe duress. This results in reduced replacement frequency and lower total cost of ownership for our customers.

In remote or hazardous environments, safety is paramount. Our LT Aerial Bunched Cables are designed for enhanced insulation and mechanical strength, preventing electrical faults, fire hazards, and voltage drops. These cables ensure that power is transmitted safely across long distances without compromising performance—ideal for underground tunnels, outdoor installations, and mobile mining rigs. Our solutions are also compliant with stringent safety regulations laid down by mining and industrial safety boards, making them a reliable choice for both private mining operations and public-sector projects.

Mining operations work on tight schedules, and even an hour of unplanned downtime can cost millions in lost productivity. That’s why our conductors and cables are rigorously tested for reliability and durability. With robust design and proven quality control, our products reduce the likelihood of breakdowns, cable faults, and power interruptions—ensuring operations continue seamlessly.

Every mining operation is unique in terms of geography, voltage requirements, load capacity, and safety protocols. We work closely with clients to develop tailor-made solutions that match their operational needs. Whether it’s higher tensile strength for overhead installations in windy regions or UV-protected insulation for surface applications, our products are built with precision and purpose. We also provide options for chemical-resistant insulation, water-blocking layers, and flexible core configurations—ensuring maximum adaptability to on-site challenges.