The charging cable is the core connection component for charging of new energy vehicles, performing three primary functions: transmitting electrical energy, conducting signal interaction, and providing safety protection.
Raw Materials: Our charging cables utilize high-purity oxygen-free copper for high conductivity and low heat generation. The insulation layer features special elastic materials (TPE, XLPE, EPR) resistant to extreme temperatures, while the sheath provides strong weather resistance against oil and UV rays.
Promoting the normalization of green transportation and contributing to carbon neutrality through efficient energy utilization.
| Type | Typical Model | Rated Voltage | Temperature Range |
|---|---|---|---|
| AC | EV-RSS, EV-RS90U | 450/750V | -40℃~+90℃ |
| AC | EV-RSSPS | 450/750V | -40℃~+90℃ |
| DC | EVDC-RSS, EVDC-RSSPS | 1kV~1.8kV | -40℃~+90℃ |
| Liquid-cooled DC | EVDC-LC | 1.8kV~3kV | -40℃~+125℃ |
DC Resistance Testing
Standardized Quality Control
Heat Aging Test System
Our facility is equipped with advanced Kelvin bridge testing systems for conductor resistance and heat extension equipment to ensure the long-term durability of insulating and sheathing materials.



We emphasize teamwork, efficiency, and strong execution ability. By fostering a culture of trust and collective experience, we ensure that every member is motivated to provide the highest quality service and products to our global clients.