Flat Copper Braids

Flat Copper Braids are indispensable high-performance connection components in electrical appliances and high-voltage circuit systems. Utilizing a high-purity copper braiding process, these products

The Flat Copper Busbar is a specialized flat conductive component designed for high-current systems, serving a dual function as both a high-conductivity carrier and a structural connector.

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

The Square Copper Braids are flexible copper braided connectors developed to support structured electrical layouts and consistent system integration. Designed with project-level coordination in mind,

Flat copper braided wire from Xiamen APOLLO features low electrical resistance, excellent flexibility, and high durability, making it suitable for demanding electrical environments. We adopt strict

Braided Copper Flat Tapes are engineered for reliable power grounding, electrical bonding, and flexible current transmission in industrial and commercial power systems. Featuring high-conductivity

In modern power distribution systems, rail transit, and renewable energy facilities, rigid connections often struggle to withstand high-frequency vibrations, thermal expansion and contraction, and

In the world of micro-motion components such as relays, switches, and connectors, the separate design of contacts and springs has always been the weakest link in the reliability tolerance chain. This

In the new energy, electrical control, and precision switch industries, stable conductivity and reliable mechanical elasticity are crucial for ensuring the long-term normal operation of equipment.

Nickel Plated Copper Flat Bus Bar for EV battery systems, power distribution modules, and industrial electrical equipment. Manufactured through precision copper stamping, CNC bending, surface nickel

Flexible Laminated Flat Copper Busbar is a flexible conductive connector made of multiple layers of high-conductivity copper foil, formed through a special welding or diffusion pressing process to

In new energy, power electronics, and high-reliability electrical systems, connecting components not only provide conductivity but also directly impact system stability, lifespan, and safety levels.