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...
AgCdO Silver Rivet Contact fails from CdO depletion, arc erosion >0.3 mm, or copper corrosion. Measure thickness or resistivity; replace with matching grade.
Struggling to choose between AgCdO12 and AgCdO15 for your relays or contactors? This technical guide compares how cadmium content influences anti-welding, contact resistance, and temperature rise, helping ...
A Silver Rivet Contact that overheats or welds usually points to surface contamination, insufficient contact pressure, or material mismatch. Diagnose by appearance—silver oxide is conductive and harmless; ...
A tungsten rivets contact with 3,400°C melting point resists arc welding. 99.95% pure W, powder metallurgy compact, ≥19.0 g/cm³ density, 680 HV hardness. For horns, relays, contactors, breakers.
An electrical contact points failure at 30,000 cycles traces to material‑load mismatch. Powder‑metallurgy units from Saijin use AgSnO₂, AgNi, or AgCdO, handle 5‑50A, 12‑690V, pass 24h salt spray and 2000V...
A silver rivet contact with solid brass eliminates bimetal interface failure. Saijin’s solid brass rivets offer 40% better impact resistance, ≥3μm silver plating, cold‑heading.
A silver rivet contact made from AgSnO₂ on a copper shank outperforms AgCdO by 2x in high‑current contactors. Saijin’s Electrical Relay Silver AgSnO₂/Cu Bimetal Rivets are press‑bonded, RoHS/REACH complian...
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