The superior performance of the charging pile connector stems from our precision manufacturing system, which is custom-designed for all categories of hardware. This system can be seamlessly transferred to the production of various hardware components, ensuring the stability and compatibility of customized products from the source.

• 1. Ultra-low Contact Resistance & High-efficiency Conductivity The conductive contacts are processed by precision turning and milling, with surface roughness controlled within Ra0.8μm. Combined with special plating treatment (silver plating/tin plating), contact resistance can be as low as below 5mΩ, resulting in low current transmission loss, effectively improving charging efficiency.
• 2. High Temperature Resistance & Anti-aging — Stable and Durable Core components have undergone high temperature aging tests (extreme environmental cycle test from -40℃ to 120℃). The shell is made of weather-resistant materials with excellent UV resistance and anti-aging performance, with a service life 30% longer than the industry average.
• 3. Multiple Safety Protections — Eliminate Hidden Dangers Built-in anti-misinsertion structure and overcurrent protection contact design, combined with sealing ring to achieve waterproof and dustproof performance. Complies with national mandatory standards such as GB/T 18487.1-2023.
• 4. Highly Adaptable Assembly — Cost Reduction & Efficiency Improvement Connector interface size accuracy is controlled within ±0.02mm, perfectly adapting to various charging pile motherboards and cables, reducing assembly errors and supporting automated assembly line assembly.

We have established a comprehensive quality control system covering the entire process from raw materials to production to finished products.