Fire Survival Cables

About Fire Survival (FS) Cables

Fire Survival Cables (FS Cables) are advanced electrical cables that can withstand high temperatures and continue functioning during a fire for a specified duration (e.g., 90–180 minutes). Unlike standard cables, FS cables are engineered with fire-resistant insulation and special construction to ensure uninterrupted operation of life-saving systems during emergencies.

Product Description

Our Fire Survival Cables are manufactured using:

• Conductor: Copper (high conductivity)
• Insulation: Fire-resistant XLPE / Mica tape
• Inner Sheath: Heat-resistant compound
• Armouring (Optional): Steel Wire / Steel Tape
• Outer Sheath: FRLS / LSZH (Low Smoke Zero Halogen)

Designed to:

• Maintain circuit integrity during fire
• Minimize smoke and toxic gas emission
• Ensure safety and compliance

Key Features

• Maintains power supply during fire conditions
• High temperature resistance (up to 750°C or more)
• Low smoke and zero halogen (LSZH) properties
• Fire-resistant and flame-retardant design
• High mechanical strength (armoured options available)
• Suitable for emergency and safety systems
• Complies with international fire safety standards

Applications of Fire Survival Cables

Fire Survival Cables are used in critical safety systems, including:

• Fire alarm systems
• Emergency lighting
• Smoke extraction systems
• Sprinkler and firefighting systems
• Public address and evacuation systems
• Control and instrumentation circuits

Industries We Serve

• Commercial buildings & high-rise towers
• Hospitals and healthcare facilities
• Airports and metro rail projects
• Oil & gas industry
• Power plants and utilities
• Data centers and IT infrastructure
• Manufacturing and industrial plants

Why Fire Survival Cables are Important?

In fire emergencies:

• Standard cables fail quickly
• FS cables continue working

Ensures:

• Safe evacuation
• Continuous operation of safety systems
• Reduced risk to human life

Technical Specifications (Typical)

• Voltage Grade: 300/500V, 600/1000V
• Temperature Resistance: Up to 750°C (fire conditions)
• Fire Survival Duration: 90 / 120 / 180 minutes
• Standards: IEC 60331, BS 6387, IS standards
• Sheath Type: FRLS / LSZH