This ultra-high-capacity single-core power cable is engineered for heavy-duty electricity transmission in major utility grids, large-scale industrial plants, and renewable energy hubs. It features a massive 800mm² copper conductor with XLPE insulation for high thermal stability (90°C) and superior dielectric strength. To prevent eddy current losses in single-core AC circuits, it is equipped with Non-magnetic Aluminum Tape Armor (ATA), providing robust mechanical protection against crushing and impact without compromising electrical efficiency. It is the ideal choice for high-load main feeders, substation interconnections, and power tunnels where maximum current-carrying capacity and extreme physical durability are required.

This high-capacity 3-core power cable is engineered for primary high-voltage distribution in regional utility grids, large-scale industrial substations, and renewable energy projects. It utilizes XLPE insulation for superior thermal performance (90°C) and high dielectric strength, complemented by semiconducting layers and a Copper Tape Shield (CTS) for precise electric field stress control. The construction is fortified with Double Steel Tape Armor (STA), providing maximum protection against heavy mechanical impact and radial pressure. Designed for long-term reliability under high-load conditions, it is ideal for direct burial, cable galleries, and underground conduits in urban infrastructure and heavy industrial zones where robust physical protection and stable high-voltage transmission are critical.

This high-capacity 3-core Medium Voltage (MV) power cable is engineered for primary power distribution in utility grids and heavy industrial networks. It features XLPE (Cross-linked Polyethylene) insulation for superior thermal performance (90°C continuous operation) and high dielectric strength, complemented by a Copper Tape Shield (CTS) for effective electric field stress control. The construction is reinforced with Double Steel Tape Armor (STA), providing exceptional protection against mechanical impact and radial pressure. Designed for durability and long-term reliability, it is ideal for direct burial, underground ducts, or power stations in urban infrastructure and industrial complexes where robust physical protection and stable medium-voltage electricity transmission are required.

The BTLY is an advanced Flexible Mineral Insulated Cable designed to provide a high-performance, easier-to-install alternative to rigid MI cables. It features high-purity copper conductors protected by inorganic mineral insulation (mica tapes) and a seamless, corrugated aluminum tube sheath, finished with a Low Smoke Zero Halogen (LSZH) outer jacket. Engineered to maintain circuit integrity under extreme fire conditions (up to 950°C for 180 minutes per BS 6387 CWZ), it is both explosion-proof and highly resistant to moisture and corrosion. This cable is the preferred choice for critical fire safety systems in large-scale public infrastructure such as shopping malls, airports, high-rise buildings, and subway systems, specifically for emergency lighting, fire alarms, and life-support circuits where flexibility and maximum fire survival are required.