Bimetal Electrical Contacts Rivets With Brass
Products Description
In today's pursuit of miniaturization and maximum performance in equipment, the selection of every component is crucial. APOLLO, a company specializing in electrical metal solutions since 1990, now offers technologically proven Bimetal Electrical Contacts Rivets with Brass stamping. This product perfectly combines the excellent conductivity of silver with the superior mechanical properties of brass, providing an economical, reliable, and durable contact option for various low-voltage electrical appliances, household appliances, and automotive relays.
Products Description
Under a magnifying glass, the bonding line between the silver layer and the brass is clearly visible, straight, and without any gaps or oxidation. The silver contact surface is as smooth as a mirror, effectively reducing contact resistance and arc erosion. The brass portion has a dense structure, free of cracks or burrs.
The Electrical Switch Socket Contact Part boast high dimensional accuracy, with dimensional errors in holes, edges, and other areas controlled within extremely small ranges, ensuring a precise fit with equipment. The bonding between the bimetallic layer and the brass substrate is tight and gapless; its bonding strength can be verified through professional testing methods, ensuring that delamination will not occur during long-term use and guaranteeing product performance stability.
Metal Forming Processes
Brass Stamping
Utilizing advanced brass stamping technology, brass sheets are stamped using precision molds to form the basic structure of various electrical contact rivets, such as Electrical Contact Riveted Brass. This process features high production efficiency and dimensional accuracy, ensuring product consistency.
Bimetallic Composite Process
Rivets Copper Contacts Assembly, through specialized bimetallic composite technology, metals with different properties are combined with brass to form a bimetallic structure. This process fully leverages the characteristics of different metals.
Precision Machining and Finishing
Following the stamping and composite processes, precision machining and finishing processes are performed. Details such as edges and holes are processed to ensure dimensional accuracy and appearance quality, providing a solid foundation for subsequent assembly and use.
Surface Treatment Processes
Depending on the application requirements, appropriate surface treatment processes, such as plating, are employed to further enhance the Electrical Contact Assemblies' corrosion resistance, wear resistance, and conductivity.
Type Summary
Stamped Type: Manufactured using brass stamping technology, offering diverse structures and customizable shapes and sizes to meet various customer needs. Suitable for contact connections in a variety of electrical equipment.
Riveted Type: Utilizing brass riveting technology, the contacts are riveted to the base material, providing excellent connection strength and ensuring the contacts will not detach during use. Suitable for applications requiring high connection strength.
Silver Contact Stamped Type: Rivets Copper Contacts Assembly is using brass as the base material, stamped and then combined with silver contacts, combining the mechanical properties of brass with the high conductivity of silver. Suitable for electrical equipment requiring high conductivity.
Silver Bimetallic Stamped Type: Employing a bimetallic process, combining brass and silver to form Bimetal Electrical Contacts Rivets With Brass with excellent conductivity and temperature stability. Suitable for electrical equipment sensitive to temperature changes.
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