Silver Tin Oxide Contact Tips

The Zinc Plated Pressure Riveting Self Clinch Stud is a highly reliable fastener designed specifically for thin sheets, sheet metal structural parts, and metal chassis assemblies. Installed via a

Our Brazed Electrical Contacts for Circuit Breakers utilize advanced precious metal brazing technology, exhibiting superior electrical performance, mechanical strength, and arc erosion resistance

Insulated Busbar Connection Epoxy Powder Coating delivers a precisely defined, factory-finished busbar connection component that supports disciplined engineering documentation, clearer interface

Triple Metal Composite Metal Electrical Contacts are specifically designed for bidirectional switching operations of industrial control relays and various switches. Compared to traditional integral

Electrical Copper Bar Epoxy Resin Powder Coatings are insulated busbar products designed for high-reliability power transmission systems. Utilizing a highly conductive copper bar as the core

To meet the demands of high voltage, high current surges, and corrosion resistance in automotive environments, the Electrical Pure Iron Stamping for EV DC Contactor utilizes high-permeability

Insulating Electrical Steatite Ceramic Fused Body is a key insulating structural component used in high-voltage fuses for new energy vehicles, protection fuses for energy storage systems, and

The Laminated Bus Bar for Distributing Power Backplanes is a composite conductive interconnect component used in high-reliability power distribution systems. It primarily facilitates power

The Epoxy Powder Insulated Copper Busbar is a flexible power distribution solution designed to support adaptable electrical system architectures. Its insulated structure enables organized conductor

Our HVDC Contactor High Purity Ceramics Shell for Relay utilizes a 95% alumina metallized ceramic matrix, combined with T2Y2 copper stationary contacts and alloy steel gaskets through a brazing

No-Plating Flexible Copper Foil Laminated Connectors are flexible conductive components made of multiple layers of high-purity copper foil through lamination, diffusion welding, or layered welding.

The Laminated Bus Bar for Medical Imaging Testing Devices is a highly reliable conductive connection component designed specifically for high-precision medical equipment, power control systems, and