Insulated Copper Busbars

Insulated Copper Busbars are copper bus bars covered with an insulating material to be used in better electrical safety and prevent short circuiting. They are also much employed in present day electrical systems where high insulation and power distribution is needed.

  • Purity: Made of copper of high purity to ensure good electrical conductivity.
  • Insulation: Covered with high quality insulating material to enhance safety and protection.
  • Applications: Applied in electrical panels, switchgear system, power distribution unit, and industrial electrical system.

About Insulated Copper Busbars

Insulated Copper Busbars are the products created to enhance the electrical safety and efficiency of the system by means of offering a protective dictionary to the copper conductor. The purpose of this insulation is to inhibit accidental contact, short circuit and electrical faults in more complicated power systems.

These busbars find extensive applications in electric panels, switchgear and power distribution networks in which insulation and safe electrical operation is a crucial consideration. Their long life insulating cover is also a plus to reliability and longevity of use in tough industrial conditions.

Insulated Busbars Key Features

  • Great Conductivity of electricity.
  • Protective Coating of Insulation.
  • Enhanced Electrical Safety
  • Corrosion Resistance
  • Precision Manufacturing
  • Long Service Life and Durable.
  • Tailor-made Dimensions and Forms.

Insulated Copper Busbars Specifications

High quality copper and protective insulating materials are used to make Insulated Copper Busbars to give out safe and efficient operation in electrical system.

PropertyDetails
MaterialHigh Purity Copper
SurfaceInsulated Coating
PurityUp to 99.9% Copper
ShapeFlat / Customized
ThicknessCustom
WidthCustom

Copper Busbars Applications

Insulated Copper Busbars are also used in the electrical systems where insulation and protection are of great importance.

  • Electrical Control Panels
  • Switchgear Systems
  • Power Distribution Units
  • Industrial Electricity Equipment.
  • Renewable Energy Systems
  • Data Centers
  • Transformer Connections