Building Wires
FR – Flame Retardant Cables
Flame Retardant (FR) Cables are specially designed to resist the spread of fire, ensuring greater safety in residential, commercial, and industrial installations. At SR Cables, our FR wires are manufactured with high-quality copper conductors and flame-retardant PVC insulation, providing safety, reliability, and consistent performance even in critical conditions.
FRLS – Flame Retardant Low Smoke Cables
FRLS (Flame Retardant Low Smoke) Cables are designed to provide enhanced fire safety by resisting flame propagation while emitting very low smoke and toxic fumes during fire. At SR Cables, our FRLS wires are made with high-quality copper conductors and special FRLS insulation, ensuring safety, reliability, and efficiency in environments where fire risk and human safety are critical.
FRZH-Flame Retardant Zero Halogen
FRZH (Flame Retardant Zero Halogen) Cables are designed for maximum fire safety, combining flame-retardant properties with zero halogen emission to minimize the release of toxic and corrosive gases. At SR Cables, our FRZH wires are manufactured with high-conductivity copper conductors and zero-halogen insulation, ensuring safe, reliable, and eco-friendly performance even under fire conditions.
FRLF-Flame Retardant Lead Free
FRLF (Flame Retardant Lead Free) Cables are designed to provide enhanced fire safety while being eco-friendly and non-toxic. At SR Cables, our FRLF wires are made with high-conductivity copper conductors and lead-free, flame-retardant insulation, ensuring safety, reliability, and sustainability without compromising performance.
FRFS-Flame Retardant Fire Survival
FRFS (Flame Retardant Fire Survival) Cables are specially designed to maintain circuit integrity during fire while also resisting flame propagation, ensuring that critical systems continue to function in emergency situations. At SR Cables, our FRFS wires are made with high-conductivity copper conductors and advanced fire-resistant, flame-retardant insulation, offering safety, reliability, and long-term durability under extreme fire conditions.