Fiberglass Mica Cables are specialized high-temperature cables engineered to deliver uncompromised performance in fire-prone and high-voltage environments. These cables feature a multi-layered insulation system comprising mica tape—renowned for its exceptional flame resistance and dielectric strength—combined with an outer braided fiberglass layer that enhances mechanical protection and thermal stability. This construction enables the cables to withstand extreme temperatures, often exceeding 750°C, while maintaining insulation integrity under direct flame, arcing, and high-stress electrical conditions. The mica layer acts as a fire barrier, ensuring circuit continuity even during prolonged exposure to intense heat or combustion.
Designed for the most demanding applications, Fiberglass Mica Cables are widely used in power plants, furnaces, refineries, high-voltage switchgear, and critical control systems where fire safety and operational continuity are paramount. Their ability to resist flame propagation, electrical arcing, and thermal breakdown makes them an essential component in emergency systems, fire-rated panels, and mission-critical power infrastructure. Industries such as energy generation, metallurgy, petrochemicals, and infrastructure development depend on these cables to ensure reliable power delivery and fail-safe performance in the harshest environments.
Fiberglass Braided Cables
Fiberglass PTFE Cables
Fiberglass Heater / Sensor Cables
Fiberglass Mica Cables
Fiberglass Braided Silicone Cables
Teflon Insulated Cables
Silicone Rubber Cables
DMD / DMDD Cables
Bunched Bare / Tinned Copper Conductors
Fiberglass Mica Cables

Description
Product DEtails
Brand
FPC Cables
Insulation Class
Class 'H'
Temperature Rang(°C)
Up to 180 °C
Breakdown Voltage(KV)
Up to 7 KV
Color
As per requirement
Diameter (mm)
0.50 to 300 Sqmm
Surface
Heat-Resistant Fiberglass Braiding
Key Features
High dielectric strength
Fire-resistant
Excellent thermal stability
Applications
[1.0]
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Industrial heating
[2.0]
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Industrial heating
Benefits
Improved fire safety
High reliability in extreme conditions









