A silver rivet contact with multiple silver alloy options (Ag, AgNi, AgSnO₂), ≥3μm silver plating, <2mΩ contact resistance, and 40% higher impact resistance — built for relays, contactors, and switches....
An electrical contact point made from AgSnO2 silver-tin oxide alloy, with high hardness, resistance to welding, and low arc erosion — built for contactors, relays, switches, and circuit breakers.
A silver rivet contact with silver-copper composite construction, semi-hollow design, and precision riveting technology — built for switches, relays, contactors, and thermostats in electrical systems.
A Silver Rivet Contact with semi-tubular structure increases contact area, reduces resistance, and improves conductivity — available in silver, silver alloys, and composite configurations for relays, switc...
An Electrical Contact Rivet is the heart of every switching device. Its geometry—head diameter, head thickness, shank diameter, shank length, and sphere radius—determines contact resistance, arc behavior, ...
A Tungsten Rivets contact delivers low current consumption, high arc resistance, and exceptional durability in high-stress electrical environments. This guide covers material properties, applications, and ...
Special Rivet Contacts are the unsung heroes of low-voltage electrical systems—compact, cost-effective, and built for reliable switching. This guide covers the basics.
A Precious Metal Composite Strip-Stamping Parts component delivers solid-silver contact performance at a fraction of the cost, using advanced thermal diffusion technology to bond precious metal to a base s...
A Silver Rivet Contact is a small component with an outsized impact on electrical reliability. This guide covers why silver is the material of choice, how rivet construction ensures stable connections, and...
A silver rivet contact delivers reliable relay switching — low resistance, arc-resistant, consistent pressure. Silver alloy + rivet structure = thousands of cycles. Built for automotive and industrial use....
Bimetal rivet contacts combine silver alloy performance with copper-nickel economy. Strong bonding, high conductivity, rigorous quality control. Cost-effective, reliable. 20+ years proven.
A tungsten rivet combines extreme hardness, arc resistance, and 3410°C melting point—outperforming silver and copper in high-load switching. Used in automotive horns, relays, circuit breakers, and EV batte...
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