HPC CABLE Z1(LIQUID COOLED CABLES FOR HIGH POWER CHARGING OF ELECTRIC VEHICLES)

This product is designed for use as a cable connecting high‑power charging equipment to the charging port of new‑energy electric vehicles, or for integration into high‑power thermal management and heat‑exchange systems. It exhibits excellent sheath surface temperature rise performance; it passes an outstanding 1,000‑hour high‑temperature coolant‑resistance test (for liquid‑cooled tubing); it offers superior flexural properties, with a minimum bending radius of 8 times the outer diameter, making installation and operation straightforward; it demonstrates exceptional low‑temperature performance, successfully passing bend, tensile, and finished‑product low‑temperature impact tests at –40°C; and it delivers outstanding environmental resistance—withstanding heat aging, oil exposure, acid and alkali conditions, water, UV radiation, and abrasion—ensuring long‑term outdoor service life.

Aluminum alloy power cable

New Products / New Technology

Aluminum alloy cable products are primarily used in medium- and low-voltage transmission and distribution systems, solar photovoltaic power generation systems, wind power generation systems, commercial buildings, public facilities, and other specialized applications. Utilizing AA8030 series aluminum alloy as the conductor, these cables incorporate alloying elements such as copper, iron, magnesium, and boron, and employ a proprietary stranding process along with advanced annealing techniques, resulting in excellent creep resistance, bending performance, and corrosion resistance. By means of alloying modifications, this approach addresses the limitations of pure aluminum in terms of mechanical strength and creep resistance, while preserving aluminum's inherent advantages of lightweight construction and cost-effectiveness.

Photovoltaic cable

New Products / New Technology

Application areas: Specialized cables for solar photovoltaic power generation systems, primarily used to connect photovoltaic modules, inverters, distribution cabinets, and other equipment, ensuring safe and efficient power transmission. Applicable standards: 2PfG 1169, IEC 62930, EN 50618, PPP11029A Product models: H1Z2Z2‑K, PV1‑F, 62930 IEC 131, PV 1500DC‑AL Relevant certifications: TÜV certification