Why Choose Us?
The cable delivers high thermal stability for medium-voltage overhead use, with strong mechanical protection and low dielectric losses from MV-grade XLPE insulation. Its UV- and tracking-resistant outer layer ensures excellent performance in harsh, coastal, or forest environments, while offering flexible installation and reduced fault risk.
High Thermal & Electrical Stability
MVCC conductors use medium-voltage grade XLPE covering, providing excellent thermal endurance, dielectric performance, and improved current-carrying capacity. They operate reliably under high ambient temperatures and heavy loading conditions.
Enhanced Reliability for MV Overhead Networks
The covered construction significantly reduces line faults caused by branches, tree contact, moisture, and wildlife, making MVCC ideal for forest, coastal, and storm-prone regions.
UV-Resistant & Weatherproof Covering
The outer layer is UV-, moisture-, and tracking-resistant, ensuring long service life in harsh outdoor climates such as coastal humidity, desert heat, and high-pollution areas.
Compliance With MV Standards
Manufactured as per relevant industry standards and utility specifications for 11 kV / 22 kV / 33 kV MV networks, ensuring safety, mechanical strength, and long-term reliability.
Superior Mechanical Strength
The conductor provides high tensile strength for long overhead spans, reduced sag, and consistent performance even under windy or stormy conditions.
Reduced Outages & Improved Safety
Reduced Outages & Improved Safety
MVCC drastically reduces outages and enhances safety by minimizing phase-to-phase contact events, preventing animal-induced faults from birds, monkeys, and snakes, cutting down vegetation-related flashovers, and significantly lowering accidental contact risks.
