relay contacts

In the current conduction and signal transmission systems of various electrical devices, Button Silver Contacts are critical components for ensuring stable circuit operation. As the bridge connecting

Since 1990, Apollo has been deeply engaged in the field of electrical metal solutions. Leveraging its expertise and in-house manufacturing capabilities, we provide high-quality electrical contact

In modern industrial automation and power control systems, relays are key control components, and their performance directly impacts the reliability and stability of the entire system. Our Latching

With the increasing demands for high current, high frequency operation, and long-term stability, silver brazed contacts are key components in products such as switching devices, relays, circuit

Copper Spring Contacts are electrical metal stamping core components manufactured using a precision Custom Metal Stamping process with high-performance beryllium copper alloy.

This product is specifically designed for high-voltage relays in new energy vehicles and is the core magnetic conductive component of the electromagnetic system. As a precision metal solutions

Bimetal Rivet Contacts are composite electrical contact elements that permanently bond two different metals (typically a highly conductive silver alloy and a highly supportive copper) using a

In electric vehicles and high-voltage power distribution systems, the electromagnetic conversion efficiency and current-carrying capacity of relays are crucial to system safety. Sheet metal relay

The AC Relay Core Assembly is a critical electromagnetic component used in AC electromagnetic relays, industrial control relays, and AC contactor control systems. It primarily consists of a

The AC relay magnetic core is a core electromagnetic drive component within AC industrial control relays. It is primarily constructed from high-performance pure iron magnetic material combined with

Bimetal Silver Contacts are electrical contact components made with silver and its alloys as the working surface material, bonded to copper or other metal substrates through processes such as

In the field of high-end electrical switches, when application environments become extremely demanding—high voltage, high current, frequent operation, and severe arc erosion are the norm—traditional