negative busbar

Copper Braided Busbar is precision-braided from high-purity copper wire and coated with a glass fiber insulating sleeve. It not only possesses excellent conductivity and flexibility but also exhibits

The IGBT Laminated Busbar is a low-impedance current transmission component designed specifically for high-power electronic systems. By integrating positive and negative conductors with insulating

Bending copper busbars are high-conductivity connection components manufactured through precision punching, bending, drilling, welding, and surface treatment processes. They are widely used in power

Copper battery busbars are critical conductive connectors used for high-current transmission and power distribution, widely applied in new energy vehicles, energy storage systems (ESS), photovoltaic

The Copper Flexible BusBar is a flexible conductive component designed for high-vibration and thermal expansion/contraction environments. It achieves atomic-level diffusion welding of multiple layers

Busbar Coating Powders are specialized insulating materials developed for coating conductive busbars in industrial electrical applications. They enable controlled, uniform insulation layers through

Laminated copper busbars are designed for superior conductivity, durability, and compactness, making them ideal for efficient power distribution in various electrical systems. Their layered structure

Copper grounding busbars feature high conductivity, uniform thickness, and precise dimensions, ensuring reliable grounding and stable electrical performance. At Xiamen APOLLO, we combine over 15

In the fields of new energy, power electronics, and industrial control, the requirements for the flexibility, safety, and stability of conductive connection components are increasing. Braided

The Laminated Busbar Design is a high-performance power distribution solution comprising layered copper or aluminum conductors separated by thin dielectric films. This compact, integrated structure

Busbar Insulation Paint is applied to copper and aluminum busbars through electrostatic powder coating and thermal curing. Suitable for EV battery packs, energy storage systems, switchgear, and power

The Motor Controller BusBar seamlessly integrates a high‑conductivity trunk with a modular distribution system tailored to motor control cabinets. Engineered for frequent motor switching, high