New Energy Vehicle High Voltage Cable Evr Battery Connection Cable 0.5/1.0/1.5/2.5/4/6 Square Charging Cable
For industrial sourcing
Prepare a clearer RFQ
Include the details below so RELIA can understand the part and discuss the next step with you.
- Drawing, sample, or reference standard
- Material grade and preferred process
- Dimensions, tolerances, and surface finish
- Application, target quantity, and destination
Production timing, packing, and shipping terms are confirmed for each project after specifications and trade terms are agreed.
-
Model NumberEV charging cableInsulation MaterialPVC/TPE
-
TypeHigh VoltageApplicationCharging pile
-
Conductor MaterialCopperJacketPVC/TPE
-
MOQ100 MetersColorCustomermized
-
Rated voltage1000V

Designed specifically for new energy vehicles, our high voltage cable is essential for ensuring efficient and safe battery connections. This EV charging cable is available in various cross-sectional areas (0.5/1.0/1.5/2.5/4/6 square mm), making it versatile for different applications.

Crafted from high-quality copper for the conductor material, this cable guarantees excellent electrical conductivity and durability. The robust insulation, made from PVC or TPE, provides superior protection against environmental factors and enhances safety during charging operations.

The cable features a jacket of PVC or TPE, reinforcing its resilience and making it suitable for use in charging piles. With a rated voltage of up to 1000V, it meets the demanding requirements of high voltage applications in electric vehicles.

Customization options are available for color, allowing you to select a finish that suits your brand or project needs. Please note that the minimum order quantity is 100 meters, making it ideal for both large-scale projects and specific client demands.

Elevate your electric vehicle infrastructure with our reliable and high-performance charging solution. Perfect for manufacturers and installers looking for quality components tailored to the evolving market of new energy vehicles.
