Silver Bimetal Contact Rivets For Electrical Contactor

Silver Bimetal Contact Rivets For Electrical Contactor

The Silver Bimetal Contact Rivets for Electrical Contactor is a high-precision electrical contact element employing a three-layer metal composite structure. Its head and feet are silver alloy contact surfaces, while the middle layer is a conductive copper substrate, bonded at the atomic level through a solid-state metallurgical composite process. The core objective of this design is to significantly reduce the amount of precious silver used while ensuring electrical contact performance, providing an economical and reliable solution for bidirectional electrical contact applications such as industrial control relays and changeover switches.
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Products Description

Silver Bimetal Contact Rivets for Electrical Contactors are critical conductive and breaking components in low-voltage electrical appliances, industrial contactors, electromagnetic relays, circuit breakers, and switchgear. These products achieve a balance between conductivity, arc resistance, mechanical strength, and cost control by metallurgically combining high-performance silver-based contact materials with a copper or copper alloy substrate.

Silver Bimetal Contact Rivets for Electrical Contactor
Core Performance Advantages
 
 

Significant Cost Optimization

By replacing most of the silver material in the intermediate layer with copper, AgCuAg Composite Rivet Contacts can reduce the amount of precious silver used by more than 50% while maintaining electrical contact performance. This cost optimization has direct purchasing value for industrial relay manufacturers using high-volume applications.

 
 

Guaranteed Reliability of Bidirectional Contact

The bidirectional silver layer design of the triple composite structure ensures that the silver alloy surface always provides electrical contact during switching operations. This feature is particularly important for industrial control scenarios requiring frequent switching, effectively preventing poor contact and premature failure caused by copper surface oxidation.

 
 

Excellent Conductivity and Heat Dissipation

The high conductivity and thermal conductivity of the copper interlayer ensure that the temperature rise of the Electrical Tri-Metal Rivet under rated load is controlled within a reasonable range, reducing the risk of relay coil aging and insulation degradation due to overheating.

 
 

Stable Contact Resistance

The low oxidation characteristics of the silver alloy contact surface, combined with the low resistance characteristics of the copper substrate, enable the Trimetal Silver Contact Rivet to maintain stable contact resistance during long-term operation, reducing control signal distortion caused by contact resistance drift.

 

Silver Bimetal Contact Rivets for Electrical Contactor can save costs 30%-65% than Solid Silver Contacts

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Core Application Industries

Industrial Control Relays: Global industrial control component manufacturers and European and American automation parts manufacturers are the main purchasing groups. Trimetal Multi-Layer Riveted Contacts are primarily used in combination with switching power relays and PCB board switching relays.

 

Low-Voltage Electrical Components: AgCuAg Composite Rivet Contacts are widely used as moving contacts in small auxiliary contactors, temperature control switches, and sequence controllers in home appliance manufacturing and industrial equipment electrical control modules.

 

Automotive Electrical Components: AgCuAg Multi-Layer Electrical Contacts are used in automotive body control module switching relays and low-power automotive electrical control switches, adapting to the North American and European automotive parts supply chains.

Application of Silver Bimetal Contact Rivets for Electrical Contactor

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Full-chain quality control system

Incoming material inspection

The silver alloy wire and copper substrate used in the Trimetal Silver Alloy Contacts undergo physical and chemical testing upon arrival at the factory to verify material composition and conductivity parameters.

 

In-process sampling inspection

The metal bonding degree is tested during the composite rolling process; dimensional tolerances of Three Compound Contacts are controlled during cold heading; and contact resistance and silver layer adhesion are sampled for finished products.

 

Outgoing full inspection

The continuous-off simulation life of Trimetal Silver Contacts is sampled to ensure that each batch of shipped products meets customer electrical parameter standards.

Good Quality of Silver Bimetal Contact Rivets for Electrical Contactor Depends on Advanced Testing Equipments

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

contact us

From the composite interface design of Silver Bimetal Contact Rivets for Electrical Contactors, to IATF16949 batch management, and to assisting customers in completing contactor temperature rise and electrical life verification, our value lies in helping you pass more stringent end-user tests at a more reasonable cost.

Mr Terry from Xiamen Apollo

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