Our company's XLPE cable materials and TPU cable materials are widely used in the field of new energy vehicles.
Products include new energy vehicle high-voltage wires, charging pile cable materials, energy storage battery wires, etc.
1. The high-voltage wire materials for new energy vehicle lines comply with multiple standards such as QC/T1037-2016, ISO6722-2012, GB/T25085-2010.
2. Thin-walled automotive wire materials comply with ISO6722-2012 standards.
3. Charging pile cable materials comply with multiple standards such as UL62, GB/T33594, EN50620, CQC1103, etc.
The rise of new energy vehicles has driven the demand for high-performance cable materials. These cable materials must meet strict performance requirements to ensure the safety and reliability of electric vehicles. The following are several key application markets for new energy vehicle cable materials:
In-car cables: In-car cables need to withstand high voltage and high current in a limited space, while also having high and low temperature resistance, oil and water resistance, flame retardancy, tear resistance and insulation. Commonly used materials include TPE, TPU, XLPO, NBR+PVC, chloroprene rubber and silicone rubber to meet different performance requirements
Charging gun/charging pile: Charging pile cables are exposed to the outdoors for a long time and need to have stronger weather resistance, chemical corrosion resistance and UV aging resistance. These cables are usually made of wear-resistant, oil-resistant and water-resistant materials to ensure stable performance under various environmental conditions.
On-board charging: On-board charging cables need to be light and easy to carry, while also having sufficient temperature and pressure resistance. The material selection of these cables usually focuses on softness, lightness and easy winding.
High-voltage cable: High-voltage cable is a key component connecting the battery system, drive motor and control system. They need to have excellent electrical insulation, high voltage resistance, chemical corrosion resistance and good mechanical strength. XLPE (cross-linked polyethylene) has become a common insulating material for high-voltage cables due to its excellent heat resistance and mechanical properties.
Battery internal connection wires: The cables inside the battery need to provide stable power transmission in a narrow space while withstanding the influence of the battery chemical environment. The materials of these cables need to have good chemical resistance and heat resistance.
The selection of new energy vehicle cable materials is crucial to the performance and safety of the vehicle. With the advancement of technology and the development of new materials, more innovative materials may be applied to this field in the future to meet higher performance requirements and more complex usage environments.
