Our EV Battery Cables are designed for reliable electrical connections in electric vehicles (EVs), hybrid vehicles, battery packs, and automotive electrical systems. They are suitable for applications requiring high flexibility, thermal performance, and resistance to demanding automotive conditions.
Conductor: Fine-stranded annealed copper for excellent conductivity and flexibility
Insulation: High-performance Class C PVC, rated up to 125°C
Construction: Single-core and multi-core configurations available
Shielding: Optional shielding for applications requiring EMI/EMC protection
Outer Sheath: Flexible automotive-grade PVC for mechanical and environmental protection
Highly flexible construction for compact automotive routing
125°C Class C PVC insulation
Excellent resistance to thermal ageing
Good resistance to abrasion, oils, coolants and automotive fluids
Suitable for demanding EV and hybrid vehicle environments
Available in customized sizes and constructions
Suitable for automotive OEM requirements
EV battery packs
Battery module connections
Battery-to-inverter connections
High-voltage electrical systems
EV power distribution systems
Hybrid vehicle battery systems
Automotive battery assemblies
| Parameter | Specification |
|---|---|
| Cable Type | EV Battery Cable |
| Conductor | Fine-stranded annealed copper |
| Conductor Finish | Bare or tinned copper |
| Insulation | High-performance Class C PVC |
| Maximum Temperature | 125°C |
| Construction | Single-core / Multi-core |
| Voltage Rating | As per application and cable design |
| Shielding | Optional |
| Outer Sheath | Automotive-grade flexible PVC |
| Flexibility | Highly flexible |
| Resistance | Heat, abrasion, oils, coolants and automotive fluids |
| Colour | Customizable, including high-voltage identification colours |
| Application | EV battery packs, battery modules and automotive power systems |