Riveted Contact Copper Stamping Assembly
Riveted Contact Copper Stamping Assembly

Riveted Contact Copper Stamping Assembly

Riveted Contact Copper Stamping Assembly combines copper-stamped terminals with silver contact riveting for conductive and mechanically secure connections in relays, switches, power systems, and automotive electrical components. Custom materials, dimensions, and assembly configurations are available.
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What is the Riveted Contact Copper Stamping Assembly?
 

 

Riveted Contact Copper Stamping Assembly

Riveted Contact Copper Stamping Assembly is designed for relay contacts, low-voltage switching components, smart-home control modules, automotive electrical systems, and industrial control equipment where a stamped copper current path and a mechanically fixed silver contact are required in one component. The assembly can use copper stamping with AgSnO2 or AgNi contact material according to the electrical load and approved design. Production covers stamping, contact riveting, dimensional inspection, and batch quality control, with OEM and customized manufacturing based on drawings, samples, or technical specifications.

 

Material & Performance Features of Silver Contact Riveted Copper Stamping Parts
 

Low Electrical Resistance Design

Minimizing millivolt drop across the connection interface is critical for preventing localized overheating. Our stamping process ensures intimate surface contact between the rivet shoulder and the copper substrate. This physical configuration maintains a stable electrical pathway during continuous current flow.

Superior Cold Heading Bond Integrity

The mechanical riveting interface relies on precision tonnage control during cold forming. By locking the silver alloy head into the pre‑pierced copper stamping, we achieve high push‑out resistance. This mechanical interlock prevents tip detachment during repetitive thermal expansion cycles.

Optimized Thermal Dissipation

High‑purity C1100 copper carriers exhibit exceptional thermal conductivity, rapidly transferring Joule heat away from the contact zone. This thermal management capability protects surrounding thermoplastic relay housings from premature degradation under sustained loads.

Burr‑Free Precision Stamping

Advanced progressive die tooling eliminates micro‑burrs along sheared edges. Clean, uniform edges prevent micro‑arcing phenomena in tight clearance enclosures, ensuring long‑term operational stability within compact switching devices.

99.99% Pure Copper Strip for Riveted Contact Copper Stamping Assembly

 

Copper Stamping and Riveting Assemblies for Copper Contact Element

Precision Stamped Carriers

Copper carriers are manufactured using progressive die or precision stamping processes, depending on the part's structure. Features such as holes, slots, bends, mounting areas, and positioning structures can be integrated into a single stamped profile.

Riveted Contact Assemblies

Silver contacts are mechanically secured to the copper stamped parts via a controlled riveting process. Riveting parameters must be strictly maintained to ensure the assembly meets specifications while preventing damage to the contact surface or deformation of the copper component.

Dimensional Control

Critical dimensions are controlled in accordance with approved drawings, focusing on contact position, stamped profile, mounting hole location, bend dimensions, and overall assembly height. Specific inspection methods are determined based on dimensional tolerances and production volume.

Production Process Control

The typical production workflow is: material inspection → stamping → contact feeding → riveting → dimensional inspection → visual inspection → packaging. Process inspection points are established for parameters such as contact position, riveting formation, stamping deformation, burrs, and final assembly dimensions.

Riveted Contact Copper Stamping Assembly Structure Disassembled

 

 

 

 

 

 

Application areas of Silver Contact and Copper Stamping Riveted Parts

Power systems:

In high-voltage and low-voltage power systems, copper rivets are used to ensure efficient transmission of current.

Automation equipment:

In automated control systems, they are key components for connecting sensors and actuators.

Automotive industry:

Used in automotive electrical systems to improve system reliability and safety.

Riveted Contact Copper Stamping Assembly for Relay/Contactor/Switch

 

contact us
 

Send the approved drawing, contact material requirements, copper grade, and target annual volume now for a tooling and production review of your Riveted Contact Copper Stamping Assembly.

Mr. Terry from Xiamen Apollo

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