customized ceramic tubes

The Brazed Metal To Ceramic Contactor is a key component designed specifically for high-reliability electrical connection scenarios. The core of the product uses high-purity alumina ceramic and metal

New energy vehicles and photovoltaic energy storage systems place stringent requirements on the safety, heat resistance, and insulation performance of fuses. In high-voltage direct current (HVDC)

In new energy vehicles and photovoltaic energy storage systems, fuses play a crucial role in ensuring circuit safety and isolation under extreme operating conditions. As the core load-bearing and

Customized Busbar Insulating Tube is designed for projects where busbar dimensions, layouts, and installation conditions cannot be standardized. By tailoring insulation geometry, thickness, and

In high-voltage systems of new energy vehicles and photovoltaic energy storage equipment, high-speed fuses are not only circuit protection components but also the last line of defense in the system's

High Voltage DC Ceramic Contactors (HVDC ceramic components for new energy high voltage DC contactors) are key structural components used in new energy vehicles, high-voltage battery systems, energy

The Ceramic Tube for High Voltage Fuse is a key insulating structural component used in new energy vehicles and photovoltaic energy storage systems. It mainly serves as the outer shell of bolt-type

Insulated Ceramic Tube in EV Fuses are critical insulating structural components used in high-voltage DC fuse protection systems. They serve primarily as the core load-bearing elements for power

In today's era of continuous advancements in new energy technologies, the ceramic body of a fuse is not merely an insulating shell, but a fundamental support for system safety.Apollo Ceramic Body for

With the increasing expansion of photovoltaic energy storage systems and the continuous improvement of DC voltage levels, the reliability of key internal insulation components of fuses has become a

As a Tri-metal Electrical Contacts manufacturer with over 30 years of experience in electrometallic solutions, APOLLO has focused on developing complex electrical contact components since 1990. Our

In power systems characterized by high current, high vibration, and limited space, traditional rigid busbars are no longer sufficient to meet the requirements for long-term reliable operation.