Products

1. No-welding assembly, suitable for mass production assembly in factories, reducing costs and increasing efficiency.2. Multi-point output design, flexible wiring scheme, suitable for complex

1. Point-based branch wiring design reduces wiring interference and line disorder issues.2. Constraining the bending angle of the wiring, distributing stress, and avoiding insulation layer fatigue

1.The IDC piercing connector adopts a solderless piercing connection structure, which is easy to assemble.2.The outer layer of the wire is wrapped with a heat shrink sleeve for protection, ensuring

1.Conductor Material:Tinned copper, with good oxidation resistance and conductivity2.Core Count:5-core (customizable)3.Cross-sectional Area:0.2mm²,0.5mm²,0.75mm²,1.0mm²,1.5mm²,2.5mm²4.Sheath Material

1. The conductor is tin-plated copper wire, which is stable in conductivity, resistant to oxidation, and has a longer service life.2. The inner layer is made of PVC insulation and the outer sheath is

1.Super Bend Resistant Structure: Numerous tiny stranded copper wires inside, endure repeated twisting, bending and vibration, not easy to snap compared to solid core wire2.Soft Silicone Insulation:

1. Excellent temperature resistance: Does not melt or age at high temperatures, and does not harden or crack at low temperatures.2. Excellent flexibility: Can be knotted, undergo tens of thousands of

1.Conductor Silver-plated：copper/Tinned Copper/Bare Copper2.Shield：Tinned copper braid/No shield3.Outer sheath：Silicone4.Rated Voltage：300/500V (600V/1000V optional)5.Operating

Our single-core high-voltage energy storage connector wiring harness assembly precisely covers the following five areas with standardized interfaces and highly customizable wiring schemes.