Product Description:
RHI manufactures and supplies a diverse range of electrical aluminum busbars with the following key attributes:
Strength: Quality aluminum offers significant tensile strength, capable of withstanding thermal expansion strains. Depending on the alloying agents used, the strength of aluminum can range from soft to comparable to mild steel.
Ampacity: Aluminum bus bars can handle currents up to 4000A, depending on their size, making them suitable for numerous applications.
Conductivity: The conductivity of aluminium busbars varies based on the alloy and temper. Pure aluminum has a conductivity of approximately 65.0% of IACS.
Resistance: High-quality, high-strength aluminum can achieve mechanical resistance up to 530 Newton/mm². Moreover, aluminum is resistant to fatigue and corrosion, with easy corrosion removal through simple stripping.
Weight: Aluminum is up to 70% lighter than copper, offering a significant weight advantage for various applications.
Advantages of Aluminum Bus Bars:
High corrosion resistance
Good conductivity
Excellent heat exchange capabilities
Efficient thermal dissipation
Lightweight
Cost-effective
Product Show:
![Copper Busbar|Aluminum Busbar|Flexible Bus Bar - RHI Electric Copper Busbar|Aluminum Busbar|Flexible Bus Bar - RHI Electric](../upload/202405/1715824512703699.jpg)
Specifications:
Plating Options: | Nickel Plating Silver Plating Tin Plating |
Insulated Finishes: | Epoxy Coated PVC Dipping Coated Heat Shrink SleeveCoatedBare Finish
|
Edge: | Full Round Edges Rounded Corners Square Corners |
Voltage Type: | AC DC |
Production Capabilities: | Bending Brazing Drilling Forming Milling Plating Punching Sawing
Tapping Riveting |
Industries Served: | Aircraft Automotive Electrical Switch Gear |
Engineering Capabilities: | Design Assistance Design Verification |
File Formats Accepted:
| JPG PDF DWG DXF |
Applications:
Aluminum bus bars are extensively used in electric vehicles, especially in outdoor or corrosive, high-stress environments. They are commonly employed for electrical suppression in low-voltage scenarios, offering a balance of strength and lightweight characteristics. Additionally, their compact design makes them ideal for use in confined spaces.
![Copper Busbar|Aluminum Busbar|Flexible Bus Bar - RHI Electric Copper Busbar|Aluminum Busbar|Flexible Bus Bar - RHI Electric](../upload/202405/1715826485278547.jpg)
Company Information:
![Copper Busbar|Aluminum Busbar|Flexible Bus Bar - RHI Electric Copper Busbar|Aluminum Busbar|Flexible Bus Bar - RHI Electric](../upload/202405/1715826367193454.jpg)
![Copper Busbar|Aluminum Busbar|Flexible Bus Bar - RHI Electric Copper Busbar|Aluminum Busbar|Flexible Bus Bar - RHI Electric](../upload/202405/1715826409424693.jpg)