About Process
Stamping
Battery springs and battery contacts are typically produced through a precision stamping process. This involves placing a metal sheet into a die, where high pressure is applied to shape the metal into the desired form. This method enables efficient mass production while maintaining tight dimensional tolerances and superior surface quality.
Precision Molding 
To achieve the required accuracy and consistency for battery springs and contacts, precision molding techniques are often employed. By carefully controlling molding parameters and process flows, we can produce high-precision components that meet the specific dimensional and performance requirements of various battery types.
Plating Treatment
To enhance corrosion resistance and electrical conductivity, battery springs and contacts undergo surface plating treatments. Common coatings include nickel and silver plating, which effectively prevent metal oxidation, thereby extending product lifespan and ensuring stable performance.
Specialized Processing Techniques
For applications requiring operation in extreme environments, such as high temperatures or pressures, specialized materials and processing techniques may be necessary. These customized approaches ensure that battery springs and contacts maintain their reliability and stability under challenging conditions.
