Custom Waterproof Automotive Wire Harness with Insulated Spade Terminal Connectors

Custom Waterproof Automotive Wire Harness with Insulated Spade Terminal Connectors

Custom Waterproof Automotive Wire Harness with Insulated Spade Terminal Connectors

Product Specifications

ApplicationFor Industrial
ColorBlack
InsulationPVC
WireUL Type
LengthCustom cable length available
CertificationISO 9001 & ISO 14001 & IATF 16949

Product Description

This high-performance custom wire harness from YYE is engineered for durability in demanding environments. Featuring a robust, weather-sealed 2-pin connector with a green silicone seal, this assembly ensures a moisture-proof and dust-proof connection, making it ideal for Automotive and EV applications. The harness transitions into high-quality insulated spade terminals (fork terminals), providing a secure and easy-to-install interface for power distribution or signal grounding.

At YYE, we utilize precision automated crimping technology to ensure superior pull-out strength and electrical conductivity. The wires are protected by premium heat-shrink tubing and specialized labeling for easy identification during field installation. Whether you require low voltage cable assemblies for industrial sensors or power leads for automotive subsystems, our wire harnesses are manufactured to ISO standards to guarantee reliability. Enhance your equipment's connectivity with YYE’s bespoke wiring solutions, designed to withstand vibration, thermal cycling, and harsh chemical exposure.

Key Features

  • Equipped with a sealed circular connector and silicone gasket for IP-rated protection against moisture and debris
  • Features high-conductivity spade/fork terminals for secure, screw-down electrical connections
  • Built with heat-resistant wiring and protective heat-shrink sleeves to prevent short circuits and mechanical wear
  • Includes clear, professional labeling on the cable body for rapid troubleshooting and organized installation
  • Manufactured by YYE using advanced testing protocols to ensure consistent performance in high-vibration environments
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