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Terminal
The utilization rate of cold extrusion forming material for the connectors with multi-process used in large numbers on new energy automobiles reaches 85%.
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Binding Post
The utilization rate of cold extrusion forming material for the connectors with multi-process used in large numbers on new energy automobiles reaches 85%.
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Binding Post
The utilization rate of cold extrusion forming material for the connectors with multi-process used in large numbers on new energy automobiles reaches 85%.
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Contact Pin
The utilization rate of cold extrusion forming material for the connectors with multi-process used in large numbers on new energy automobiles reaches 85%.
View details
Contact Pin
The utilization rate of cold extrusion forming material for the connectors with multi-process used in large numbers on new energy automobiles reaches 85%.
View details
Contact Pin
The utilization rate of cold extrusion forming material for the connectors with multi-process used in large numbers on new energy automobiles reaches 85%.
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Conductive Copper Busbar
The utilization rate of cold extrusion forming material for the connectors with multi-process used in large numbers on new energy automobiles reaches 85%.
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Contact Pin
The connectors used in numerous new energy automobiles are formed by extrusion with high utilization rate of the raw materials, which improves the overall hardness and strength of the material.
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Contact Pin
Cold extrusion forming and special heat treating technology for connectors with multi-process are used in large numbers on new energy automobiles, making the base hardness of the big end HB75 or less and the base hardness of the thin rod part HB100 or more, which not only guarantees the crimping performance of the big end, but also ensures that the rod part is resistant to insertion, removal and wear.
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Contact Pin
The connectors adopted on the new energy automobile charging pile feature a multi-process cold extrusion forming profile with direct extrusion forming, which improves hardness, silver plating performance and anti-plugging performance.
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Contact Pin
T2 copper forgings are applied to key components of new energy automobile charging piles, which are formed by cold extrusion with a base hardness of HB100 or more to resist insertion, removal and wear.
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Contact Pin
The connectors used in numerous new energy automobiles are formed by extrusion with high utilization rate of the raw materials, which improves the overall hardness and strength of the material.
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Connection Base
The utilization rate of cold extrusion forming material for the connectors with multi-process used in large numbers on new energy automobiles reaches 85%.
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