Detailed explanation of core knowledge of Flexible Insulated Copper BusBar

The core structure of Multilayer Copper Foils Flexible BusBars is composed of multiple layers of highly flexible flat thin copper conductors stacked together. The outer layer is coated with an insulation layer using extrusion technology, which has the dual characteristics of flexible conductivity and insulation protection. It can adapt to various complex electrical wiring scenarios and solve the insulation short board problem of traditional rigid connections and ordinary soft connections.

The parameter design of Copper Flexible BusBar directly determines its adaptability and performance. The core parameters mainly include conductor, insulation layer, and production standards. The conductor adopts T2 soft copper strip, which is divided into two specifications: bare copper and tin plated copper. The conventional copper strip specifications include 9x0.8, 16x0.8, 20x1, etc. The number of layers can be flexibly adjusted between 2 and 12 pieces; The insulation layer mainly uses two materials: special polyvinyl chloride (PVC) and thermoplastic elastomer (TPE). TPE has low smoke and halogen-free characteristics, and the insulation layer is uniformly black; At present, there is no dedicated production standard for Flexible BusBar Copper worldwide. The industry generally adopts the UL758 electronic wire standard for production certification, while referring to the GB/T5023 insulated cable standard for manufacturing processes.

The Multi Layers Copper Foil Flexible BusBar, with its unique structural design, has three core advantages and is suitable for various electrical wiring needs: firstly, it is easy to process and shape. Copper conductors can freely slide within the insulation layer, with infinite bending and twisting characteristics. Moreover, the width to thickness ratio of copper strips varies greatly, making it easy to bend in the thickness direction and highly rigid in the width direction. It can be bent into any spatial configuration by hand or with the help of simple tools, making it convenient for installation and wiring; The second is high current carrying capacity, which is affected by the skin effect. When AC power is transmitted, the current is concentrated on the surface of the conductor. The multi-layered flat conductor structure of Automotive Copper Busbar can carry larger currents with the same cross-sectional area, reducing the amount of conductor material used, weight, and layout space; Thirdly, it is easy to install. After bending and punching, the interference area can be flexibly avoided, and the original shape can be easily restored after bending. The contact surface can be connected to the terminal and slightly fixed to complete the installation, eliminating the complex connection and fixing process of traditional cables and hard busbars.

Thanks to its excellent flexibility, insulation, and high current carrying characteristics, Press-welded Flexible Copper Connections have become the preferred component for various electrical wiring, with an expanding range of applications. With the development of electrical equipment towards miniaturization, integration, and high reliability, it is gradually replacing traditional cables in electrical wiring applications. At the same time, non main structure hard busbars will also be gradually replaced by it. In the future, their applications in new energy, power equipment, precision electronics, and other fields will be more extensive.

If you need to know about the selection, specification customization, and application adaptation suggestions of Flexible Insulated Copper BusBar, please feel free to contact us at any time. We will provide professional technical answers and exclusive solutions to help your project efficiently land and run stably.