Jifeilong
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Unlike the mass production model of general hardware parts, we always adhere to "customization on demand" as our core service concept. This copper cylindrical head component was developed from the outset based on in-depth needs research, fully considering the special requirements of charging piles in outdoor environments, high-frequency plugging and unplugging, and current conduction, achieving full-dimensional customization services from materials and dimensions to performance.
The copper composition is customized according to the installation environment of the charging pile (coastal salt spray areas, high temperature and high humidity areas, etc.). The purity of the base copper is over 99.95% to ensure excellent conductivity. Alloy elements can be added to optimize corrosion resistance, ensuring stable long-term performance in harsh environments and extending the overall service life of the charging pile.
Relying on precision machining equipment, the dimensional tolerance can be controlled within ±0.005mm according to customer drawing requirements, perfectly matching the interface structure of different models of charging piles, solving the pain points of "poor fit and easy loosening" of standardized components, and improving equipment assembly efficiency.
The conductivity and mechanical strength of the copper cylindrical head are customized and adjusted to meet the different current requirements of fast charging piles and slow charging piles. This ensures low energy consumption during high current transmission and sufficient toughness to resist wear caused by high-frequency plugging and unplugging, balancing safety and durability.
The combination of high-purity copper materials and customized processing technology keeps the resistivity of components at an extremely low level, effectively reducing energy loss during charging and directly improving the charging efficiency of charging piles.
Through customized surface treatment processes and alloy composition, the components can resist natural corrosion such as acid rain, salt spray, and ultraviolet rays. Tests have shown that they maintain stable performance even in harsh environments.
The head curvature and connection structure are customized to ensure stable contact during insertion and removal, avoiding electrical sparks. Combined with deformation resistance, a solid safety barrier is built.
