BusBar Electric

Electric Bus Bar is a product that plays a crucial role in electrical systems. It is mainly used for centralized power transmission and can often be seen in the power supply networks of large factories, commercial complexes and high-rise buildings. By distributing the electrical energy from the power source to various branches in an orderly manner, it ensures that numerous electrical equipment can obtain power stably and effectively avoids potential power supply failure risks caused by scattered and complex circuits. Its structural design is reasonable, and the installation is convenient and flexible. It can be flexibly configured according to the actual power layout. Moreover, it has a high safety factor and can operate reliably for a long time, helping the entire electrical system to operate efficiently.

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• Heat Shrink Tubing: Thin, heat-activated plastic tubing is shrunk over the BusBar to create a protective insulating layer. This method provides excellent moisture resistance and electrical insulation.
• Mylar Tape: Mylar (polyester film) tape is applied to the BusBar, providing a flexible and durable insulating layer. It is commonly used for low-voltage applications.
• Epoxy Coating: Epoxy resin is applied as a coating to the BusBar's surface, forming a hard, protective shell. This method offers superior dielectric strength and resistance to chemicals.

• Wrapping: Insulating materials like heat shrink tubing or Mylar tape are wrapped around the BusBar. This technique is effective for smaller BusBars or where precision insulation is required.
• Dipping or Coating: BusBars can be immersed in an epoxy resin bath or sprayed with an insulating coating. The resulting insulation is uniform and well-suited for larger BusBar assemblies.

Characteristics of Production Raw Materials

High-quality copper or aluminum is usually selected as the main raw materials for producing Electric Bus Bars. Copper has excellent electrical conductivity and low resistance, which can minimize the loss during power transmission to the greatest extent. Meanwhile, its mechanical strength is relatively high, making the product sturdy and durable. Aluminum has a relatively low cost and is lighter in weight, which is convenient for transportation and installation. Besides, it has good antioxidant properties. The oxide film formed on its surface can prevent further corrosion to some extent and can also meet the regular power transmission requirements well. It is widely used in some projects that are more sensitive to cost.

We cooperate with many large enterprises, including some world-renowned automobile manufacturers, such as Mercedes-Benz, Tesla, Audi, Honda, etc. The selection of these partners fully reflects our reputation and professional knowledge in the industry.