Copper Inverter Laminated Busbar

With the increasing demand for lightweight, low-impedance, and highly flexible conductive components in self-holding relays, copper braided wire has become a core component. It not only provides

Apollo Flexible Copper Bar is a high-performance conductive component crafted from ≥99.95% pure oxygen-free copper. With 80%-95% braiding density, it offers excellent flexibility, low resistance

Copper stamping dies are core equipment for manufacturing key components such as switch parts, silver contact riveting parts, conductive springs, and contact pieces. The precision of the die directly

The Round Copper Braids are high-quality flexible copper conductors designed for reliable electrical connectivity in industrial and commercial systems. Their cylindrical braided structure ensures

Copper tube end caps are metal sealing components widely used in refrigeration systems, power connection systems, heat exchange equipment, industrial fluid pipelines, and new energy equipment. They

In the fields of new energy power systems, high-voltage power distribution equipment, and industrial electrical control, BusBar High Voltage (BV) serves as a core conductive connection component,

Copper knife contacts are the core actuators for circuit switching in power switchgear, such as high-voltage switchgear, disconnectors, and distribution transformers. They conduct and interrupt

Xiamen APOLLO's powder coated busbar features epoxy-based insulation with dielectric strength exceeding 30kV/mm, reducing partial discharge by 60% versus traditional methods. Our automated

Amid the rapid development of new energy, power transmission and distribution, energy storage systems, and high-end electrical equipment, 6061 aluminum busbars have become an ideal choice for

Amidst the accelerating global energy transition and electrification, the reliability and efficiency of power systems have become core competitive advantages across industries such as industry,

In the complex ecosystem of the electrical world, not all insulation needs can be met by rigid materials. When busbars need to traverse confined spaces, withstand continuous vibrations, or resist

PET Insulated Busbar (PIB) is made by vacuum-dip molding of modified polyethylene terephthalate (PET), which encapsulates the copper busbar 360° into a dense, pinhole-free, high-dielectric insulating