AgCuO/Cu/AgCuO Tri-metal Contact Rivets
AgCuO/Cu/AgCuO Tri-metal Contact Rivets combine the advantages of multiple metals, have excellent electrical properties and mechanical strength, and are suitable for demanding electrical systems
FAg/Cu/FAg Tri-metal Contact Rivets
FAg/Cu/FAg Tri-metal Contact Rivets have excellent conductivity, low resistivity and oxidation resistance, suitable for applications requiring high performance electrical connections
AgZnO/Cu/AgZnO Tri-metal Contact Rivets
AgZnO/Cu/AgZnO Tri-metal Contact Rivets have the advantage of better mechanical strength and is suitable for aerospace, automotive, electronic communications and other fields.
AgSnO2In2O3/Cu/AgSnO2In2O3 Tri-metal Contact Rivets
AgSnO2In2O3/Cu/AgSnO2In2O3 Tri-metal Contact Rivets incorporate the unique properties of AgSnO2In2O3 to provide excellent electrical performance and resistance to fusion welding. The copper core ensures strength, and the double-layer coating improves durability, making it suitable for high-end electrical connections, such as automotive electronics, industrial control, and other fields.
AgCdO/Cu/AgCdO Tri-metal Contact Rivets
AgCdO/Cu/AgCdO Tri-metal Contact Rivets adopt a multi-layer composite structure and are widely used in low-voltage electrical appliances, automotive electrical appliances and other fields
AgSnO2/Cu/AgSnO2 Tri-metal Contact Rivets
AgSnO2/Cu/AgSnO2 Tri-metal Contact Rivets combine the high conductivity of copper cores with the durability of the outer layer, making them an excellent choice for electrical contact components. It is suitable for circuit connections that require high reliability and long life, such as circuit breakers, contactors, etc.
Ag/Cu/Ag Tri-metal Contact Rivets
Ag/Cu/Ag Tri-metal Contact Rivets utilize the excellent conductivity and corrosion resistance of silver, combined with the strength and stability of the copper core, and are suitable for electrical equipment with extremely high conductivity requirements.
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