Polycab 300 Sq.mm Armoured Xlpe Insulation Zero Halogen Outersheathed Fire Survival Cable

Polycab Armoured XLPE Insulation Zero Halogen Outersheathed Fire Survival Cable is a cutting-edge solution in the realm of fire-resistant electrical wiring systems, engineered to provide optimal safety and performance in demanding environments. At its core lies XLPE (Cross-linked Polyethylene) insulation, a thermosetting polymer renowned for its exceptional electrical properties and robustness against thermal stress. This insulation ensures reliable electrical insulation even under high temperatures, making it ideal for applications where fire survival is paramount. The cable's armoured design adds an extra layer of protection, shielding it from mechanical damage, abrasion, and external stresses. This armoured construction enhances the cable's durability and longevity, crucial in industrial and commercial settings where the environment can be harsh and unforgiving. Moreover, the cable boasts a zero halogen outer sheath, a feature that sets it apart in terms of safety and environmental responsibility. Unlike traditional cables that emit toxic halogen gases when exposed to fire, this zero halogen formulation minimizes the release of harmful substances, safeguarding both human health and the environment. Designed for fire survival applications, this cable is engineered to maintain circuit integrity even in the event of a fire. Its robust construction and advanced materials ensure continued electrical functionality, enabling critical systems to remain operational during emergencies. Whether used in high-rise buildings, industrial plants, data centers, or transportation infrastructure, the Polycab Armoured XLPE Insulation Zero Halogen Outersheathed Fire Survival Cable stands as a reliable and technologically advanced solution for ensuring safety, reliability, and performance in electrical installations. With its superior fire resistance, durability, and environmental sustainability, it sets a new standard for modern wiring systems.