High-Performance Fiberglass &amp; Insulated Cables

Fiberglass Braided Cables

Description

Fiberglass Braided Cables are engineered for high-performance electrical transmission in environments subjected to extreme heat, abrasion, and mechanical stress. Each cable is constructed with a core of high-conductivity copper or tinned copper, tightly insulated with heat-resistant fiberglass braiding that provides both thermal stability and electrical insulation. These cables are capable of withstanding continuous exposure to elevated temperatures, often up to 450°C, while maintaining integrity against flames, oil, and wear. The braided fiberglass layer not only ensures superior dielectric protection but also enhances mechanical robustness in dynamic or high-vibration environments.

These cables are widely employed in industrial sectors such as metallurgy, power generation, electric furnaces, welding systems, motors, and heavy-duty machinery, where conventional wire insulation fails due to heat or friction. Their excellent flexibility allows for easy routing in confined spaces or applications with repetitive motion, making them a preferred choice for equipment exposed to mechanical flexing. Available in various voltage ratings and color-coded jackets, Fiberglass Braided Cables can be customized for different circuit applications, simplifying installation and maintenance while ensuring long-term reliability under the harshest operational conditions.

Product DEtails

Brand

FPC Cables

Insulation Class

'F' & 'H'

Temperature Rang(°C)

155-180 °C

Breakdown Voltage(KV)

7 KV

Color

As per requirement

Diameter (mm)

0.50 to 300 Sqmm

Surface

Fiber Glass Braided

Key Features

High-temperature resistance

Excellent mechanical strength

Superior electrical insulation

Benefits

Superior electrical insulation

Enhanced safety and reliability

Fiberglass PTFE Cables

Description

Fiberglass PTFE Cables are advanced insulated cables engineered to endure extreme thermal, chemical, and electrical stresses. These cables feature an inner conductor insulated with PTFE (polytetrafluoroethylene), known for its exceptional dielectric strength, chemical inertness, and an extraordinarily wide operating temperature range from -70°C to +260°C. Over this, a braided fiberglass sleeve provides additional protection against mechanical wear, abrasion, and flame. This dual-layer insulation system ensures long-lasting performance in the most hostile industrial environments, where exposure to corrosive substances, high voltages, and extreme temperatures is routine.

These cables are ideal for use in chemical processing plants, aerospace systems, laboratory instruments, marine environments, and military-grade electronics—anywhere durability, safety, and signal integrity are essential. PTFE’s non-stick and non-aging characteristics, combined with the structural reinforcement of fiberglass, make these cables suitable for both static and dynamic applications involving movement, vibration, or thermal cycling. Industries requiring long-term reliability in corrosive atmospheres or volatile conditions rely on Fiberglass PTFE Cables to maintain uninterrupted electrical performance while meeting stringent safety and compliance standards.

Product DEtails

Brand

FPC Cables

Insulation Class

'F' & 'H'

Temperature Rang(°C)

155-180 °C

Breakdown Voltage(KV)

7 KV

Color

As per requirement

Diameter (mm)

0.50 to 300 Sqmm

Surface

PTFE + FG Braided

Key Features

High-temperature resistance

Non-flammable

Excellent electrical properties

Benefits

Superior performance in harsh environments

High reliability and durability

Fiberglass Heater / Sensor Cables

Description

Fiberglass Heater and Sensor Cables are precision-engineered to meet the demands of high-temperature applications where reliable thermal performance and accurate signal transmission are critical. Constructed with high-purity metal conductors—such as nickel, copper, or thermocouple alloys—these cables are insulated with tightly braided fiberglass that offers outstanding thermal resistance, flexibility, and dielectric protection. Capable of withstanding continuous operation in environments exceeding 450°C, the fiberglass insulation not only protects against degradation from heat and flame but also shields the conductors from physical wear and chemical exposure.

These cables are widely utilized in temperature sensing, heating elements, and process control systems across industries such as metallurgy, ceramics, power generation, and chemical processing. They are ideal for integration into industrial heaters, ovens, kilns, thermocouples, and laboratory equipment, where consistent signal integrity and thermal stability are vital. Their rugged design ensures long service life even under frequent thermal cycling, vibration, or abrasion, making them a dependable solution for mission-critical temperature monitoring and control in challenging industrial environments.

Product DEtails

Brand

FPC Cables

Insulation Class

'F' & 'H'

Temperature Rang(°C)

155–180 °C

Breakdown Voltage(KV)

7 KV

Color

As per requirement

Diameter (mm)

0.50 to 300 Sqmm

Surface

Fiberglass Braided

Key Features

High thermal stability

Excellent electrical insulation

Flexibility

Applications

[1.0]

Industrial heating

[2.0]

Industrial heating

Benefits

Accurate temperature control

Enhanced safety and efficiency

Fiberglass Mica Cables

Description

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.

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]

Industrial heating

[2.0]

Industrial heating

Benefits

Improved fire safety

High reliability in extreme conditions

Fiberglass Braided Silicone Cables

Description

Fiberglass Braided Silicone Cables are advanced flexible wiring solutions engineered for environments that demand a combination of heat resistance, mechanical durability, and electrical insulation. These cables feature a silicone rubber core known for its high thermal stability, remaining flexible across a wide temperature range (typically -60°C to +180°C), while the outer braided fiberglass sheath provides additional protection against abrasion, flame, and mechanical stress. This dual-layer insulation system ensures reliable performance in dynamic conditions where conventional cables may crack, melt, or degrade under thermal or physical strain.

Widely utilized in applications such as electric motors, lighting fixtures, power transformers, control panels, and household appliances, these cables deliver dependable electrical performance while offering ease of installation due to their pliability. Their flame-retardant, moisture-resistant, and chemically inert properties make them especially suitable for industrial automation, HVAC systems, and automotive electrical assemblies. Available in various gauges, colors, and configurations, Fiberglass Braided Silicone Cables are a versatile and durable choice for a broad spectrum of electrical and thermal wiring needs in both commercial and industrial settings.

Product DEtails

Brand

FPC Cables

Insulation Class

...

Temperature Rang(°C)

180 °C

Breakdown Voltage(KV)

11 KV

Color

R/Y/B/BK/White

Diameter (mm)

0.50 to 300 Sqmm

Surface

Fiberglass with Silicone coating

Key Features

High-temperature resistance

Flexibility- Excellent electrical insulation

Applications

[1.0]

Industrial heating

[2.0]

Industrial heating

Benefits

Durable and reliable

Enhanced performance in tough conditions

Teflon Insulated Cables

Description

Teflon Insulated Cables, utilizing PTFE (Polytetrafluoroethylene) as the primary insulating material, are engineered for environments demanding exceptional electrical, thermal, and chemical performance. PTFE’s outstanding dielectric properties enable these cables to support high-frequency signal transmission with minimal signal loss, while its thermal stability allows continuous operation at temperatures up to 260°C. The insulation is inherently flame-retardant, moisture-resistant, and chemically inert, ensuring long-lasting reliability even in corrosive or high-voltage environments. Additionally, the low-friction, non-stick surface of Teflon facilitates easy installation in dense or confined wiring spaces without compromising cable integrity.

These cables are widely deployed in critical sectors such as aerospace, defense, telecommunications, medical devices, and high-end instrumentation, where performance and reliability are non-negotiable. Whether used in avionics systems, satellite communications, surgical equipment, or radar systems, Teflon Insulated Cables provide superior protection against thermal shock, mechanical stress, and chemical exposure. Their ability to maintain electrical integrity under extreme operating conditions makes them a preferred solution for mission-critical applications requiring precision, durability, and maximum safety.

Product DEtails

Brand

FPC Cables

Insulation Class

'C'

Temperature Rang(°C)

-65°C to +260°C

Breakdown Voltage(KV)

250V, 600V, 1000V

Color

As per requirement

Diameter (mm)

0.50 to 95 Sqmm

Surface

PTFE

Key Features

High chemical resistance

High-temperature tolerance

Non-flammable

Applications

[1.0]

Industrial heating

[2.0]

Industrial heating

Benefits

Superior performance

Long-lasting durability

Silicone Rubber Cables

Description

Silicone Rubber Cables are specially designed for applications that demand high flexibility, thermal stability, and long-term electrical performance in extreme environmental conditions. Featuring a soft, elastomeric silicone rubber insulation, these cables remain pliable across a broad temperature spectrum from -60°C to +200°C, ensuring consistent performance in both freezing and high-heat scenarios. The insulation provides excellent dielectric strength, flame retardancy, and resistance to UV radiation, ozone, and moisture. This makes them particularly suitable for installations exposed to thermal cycling, mechanical stress, and outdoor weathering.

These cables are widely utilized in industries such as HVAC, medical technology, industrial automation, and mobile power equipment. They are commonly found in heating elements, lighting systems, electric motors, and control panels where continuous flexing or vibration is present. Their soft rubber construction allows for easy handling and installation in confined or moving assemblies, while their robust insulation ensures safety and longevity under tough operational demands. Whether in fixed wiring or dynamic applications, Silicone Rubber Cables deliver a reliable, maintenance-free solution for both indoor and outdoor environments.

Product DEtails

Brand

FPC Cables

Insulation Class

'H'

Temperature Rang(°C)

155-180 °C

Breakdown Voltage(KV)

11 KV

Color

As per requirements

Diameter (mm)

0.50 to 300 Sqmm

Surface

Silicone extruded

Key Features

High flexibility

Excellent electrical insulation

High-temperature resistance

Applications

[1.0]

Industrial heating

[2.0]

Industrial heating

Benefits

Enhanced safety

Reliable performance in demanding environments

DMD / DMDD Cables

Description

DMD / DMDD Cables are high-performance insulation cables constructed using multiple layers of polyester film and non-woven polyester fabric, bonded with high-grade resin to form a composite insulation material. These cables are engineered to provide superior dielectric strength, thermal endurance, and mechanical integrity, making them ideal for low to medium voltage electrical windings. The DMD (Class B - 130°C) and DMDD (Class F - 155°C) insulation systems offer excellent resistance to thermal aging, moisture, and mechanical stress, ensuring reliable operation in motors, transformers, and electrical apparatus even under continuous load conditions.

Manufactured on advanced high-speed production lines at Harnawa and subjected to rigorous quality control—covering incoming materials, in-process monitoring, and 100% high-voltage inspection—these cables are guaranteed to be defect-free throughout their service life. Their consistent quality and reliability make them a trusted choice for use in transformer winding, electric motor insulation, lighting ballasts, and other electromagnetic applications. Widely adopted in the power, automotive, and industrial sectors, DMD/DMDD Cables deliver long-term electrical insulation performance, while supporting energy-efficient and compact winding designs.

Product DEtails

Brand

FPC Cables

Insulation Class

'H'

Temperature Rang(°C)

155 - 180 °C

Breakdown Voltage(KV)

11 KV

Color

Natural with R/Y/B tracer line

Diameter (mm)

0.50 to 10 Sqmm

Surface

DMD/DMDD/

Key Features

High dielectric strength

Thermal stability

Flexibility

Applications

[1.0]

Industrial heating

[2.0]

Industrial heating

Benefits

Enhanced electrical performance

High reliability