FF/FFRP-3 high-temperature resistant power cable with a working temperature of 200 ℃ and a rated voltage of 0.6/1KV

FF/FFRP-3 high-temperature resistant power cable with a working temperature of 200 ℃ and a rated voltage of 0.6/1KV

Category:

Electrical Engineering/Wire and cable/power cable

Model:

FF/FFRP-3

Brand:

Jiangsu Xingyuan

model:

FF/FFRP-3

rated voltage:

AC 0.6/1KV

Long term working temperature:

200℃

Laying environment temperature:

≥ 0 ℃ (fluoroplastic/silicone rubber sheath ≥ -25 ℃)

Conductor material:

Tin plated copper wire or nickel chromium alloy wire

insulating material:

Fluoroplastic (F46/FEP) or silicone rubber

sheath material:

Fluoroplastic (F46/FEP) or silicone rubber

Shielding structure:

Tin plated copper mesh braided shield (FFRP type)

Flame retardant properties:

Meets the flame retardant requirements of GB/T 19666

bend radius:

≥ 6 times the outer diameter of the cable (recommended value)

Retail Price

9,000,000.00USD


重量

kg

  • Product Description
  • model

    FF/FFRP-3

    rated voltage

    AC 0.6/1KV

    Long term working temperature

    200℃

    Laying environment temperature

    ≥ 0 ℃ (fluoroplastic/silicone rubber sheath ≥ -25 ℃)

    Conductor material

    Tin plated copper wire or nickel chromium alloy wire

    insulating material

    Fluoroplastic (F46/FEP) or silicone rubber

    sheath material

    Fluoroplastic (F46/FEP) or silicone rubber

    Shielding structure

    Tin plated copper mesh braided shield (FFRP type)

    Flame retardant properties

    Meets the flame retardant requirements of GB/T 19666

    bend radius

    ≥ 6 times the outer diameter of the cable (recommended value)

    Description :

    FF/FFRP-3 power cable is a high-performance special cable designed specifically for high temperature and harsh industrial environments. Its core advantage lies in its excellent temperature resistance performance, with a long-term working temperature of up to 200 ℃ and instant temperature tolerance, which can effectively prevent safety hazards such as insulation aging and short circuits caused by overheating, ensuring stable power supply in extreme working conditions such as high-temperature smelting, glass manufacturing, ceramic firing, electric locomotives, aviation and aerospace, and large mechanical equipment.


    The cable adopts a multi-layer composite structure design, and the conductor is usually made of tin plated copper wire or nickel chromium alloy wire, which has excellent conductivity and oxidation resistance, and can maintain stable resistivity even in high temperature environments. The insulation layer and sheath materials are often made of fluoroplastics (such as F46/FEP) or silicone rubber, which not only resist high temperatures, but also have excellent chemical corrosion resistance, oil resistance, acid and alkali resistance, and UV resistance. They are suitable for chemical plants, oil contaminated environments, and outdoor exposure scenarios. Among them, "FF" represents fluoroplastic insulation and fluoroplastic sheath, while "FFRP" adds a shielding layer (usually tin plated copper mesh braided shielding) on this basis, effectively resisting external electromagnetic interference and preventing internal signals from radiating outward. It is particularly suitable for frequency conversion equipment, precision instruments, and automation control systems that require high signal stability.


    The rated voltage of the cable is AC 0.6/1KV, which meets the needs of most medium and low voltage power transmission. Its structure is compact, with a relatively small outer diameter, making it easy to lay and install in narrow spaces. The product complies with relevant national standards and industry specifications, and has environmental safety features such as flame retardancy, low smoke and halogen-free (optional). It has less smoke and low toxicity during combustion, improving the safety of escape in case of fire. Although the bending radius is small, it is still recommended to follow the specifications for construction to avoid excessive bending and damage to the internal structure. Widely used in industries such as metallurgy, petroleum, chemical, power, machinery manufacturing, ships, railways, etc., high-temperature area power connection and control circuits are key basic components to ensure the reliable operation of modern industrial automation systems. For equipment that requires long-term operation in high temperature, strong corrosion, and high electromagnetic interference environments, FF/FFRP-3 cables provide a safe, durable, and efficient solution.

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