High-Temperature Heat-Shielded Wire Harness with Metallic Cloth Wrap for Extreme Engine Compartment Thermal Protection

High-Temperature Heat-Shielded Wire Harness with Metallic Cloth Wrap for Extreme Engine Compartment Thermal Protection

High-Temperature Heat-Shielded Wire Harness with Metallic Cloth Wrap for Extreme Engine Compartment Thermal Protection

Product Specifications

Internal InsulationTeflon / FEP / PFA
Connector A8-Pin rectangular male plug
Connector B8-Pin dual-row white nylon crimp terminal strip header
Working Temp-65°C up to +200°C
EMI ShieldingConductive metal matrix

Product Description

Engineered for localized extreme thermal hazards, this high-temperature wire harness is completely wrapped in a specialized heat-reflective fiberglass metallic foil cloth. Internally constructed with premium tinned copper strands and fluoropolymer (Teflon/FEP) insulation, it maintains absolute signal continuity under severe radiant heat loads.

  • Specific Application Scenarios:

    • Automotive Engine Compartments: Routing critical oxygen, oil-pressure, or manifold sensor data paths near intense exhaust loops.

    • Turbocharger Actuator Links: Guiding control feedback wires directly adjacent to extreme-heat turbo exhaust housings.

    • Steel Mill Automation Equipment: Connecting robotic sensors on ladle cranes or casting platforms exposed to molten metal glare.

  • Industry Pain Points Solved:

    • Thermal Melting and Short Circuits: The advanced metallic outer cloth reflects away up to 90% of radiant infrared heat energy, preventing the inner wire insulation from charring, melting, or catching fire near open heat sources.

    • High-Heat RF Telemetry Corruption: The conductive properties of the metallic cloth matrix double as a seamless external radio-frequency shield, blocking heavy electromagnetic howling generated by alternators in high-heat engine environments.

Key Features

  • Superior heat reflective shielding barrier deflects destructive infrared radiant heat waves.
  • Teflon/FEP core internal insulation prevents internal melting under heavy workloads.
  • Rugged industrial latching connector locks prevent separation under high-vibration stresses.
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