Flexible Busbar, Battery Bus Bar, flexible connector

Flexible Busbar

Flexible busbar is your preferred conductor,it is composed of multi-layer thin electrolyticcopper, with common and tinned options available.

The connection is achieved by directly piercing thelaminated copper sheet, No need to purchase terminablocks, which can effectively eliminate the problem offaulty connection and make the installation moreconvenient and fast.

High resistance and self-extinguishing properties

It is an ideal substitute for thick cable and hard bus

Quality tracking number and assigned part number

Quality: 100% pass the production dielectric test

Effectively eliminate the problem of faultconnection

Product range from 24 mm To 1200 mm 2

Braided Busbar

Flexible Busbar Copper

Flexible Busbar Product Advantages

Space Saving / Weight Reduction

Less space required for insulation than cables

Reduces the length, number and weight of conductors

Insulation material allows for closer spacing than conventional busbar designs

Cost Savings

Cost savings by eliminating the need for terminal block installations

Reduces inventory costs

Increased Reliability

FLEXIBAR is directly connected thus eliminating the cable lugconnection

Excellent vibration resistance

No crimping

Optimal flexibilty for easy access to design and switchboards

Easy installation

Thanks to its design Flexibar can be easily bent and shaped for all sizes.

Flexible Busbar Multiple Applications

Flexible busbars are ideal for compact, high-density electrical systems, offering adaptable, efficient connections in power distribution, energy storage, and industrial applications.

Use in the range of- 25 '℃ to 105 '℃(- 13°F to 221°F) Nominal voltage=1000 VAC/1500 V DC (lEC and UL)

Self extinguishing arc

High mechanical strength

High elongation

High withstand current

High quality copper (99.9% purity)

High conductivity

Application Details

Flexible Busbar FAQ

What is a flexible busbar?

A flexible busbar is an electrical conductor used to connect power distribution systems. It combines flexibility with high conductivity, allowing for adaptable, space-saving installations in tight or dynamic spaces.

What are the advantages of using flexible busbars?

Flexible busbars offer reduced installation time, space savings, and weight reduction. They also provide excellent vibration resistance, increased reliability, and flexibility for easier design adjustments and access to switchboards.

Where can flexible busbars be used?

Flexible busbars are commonly used in applications such as power distribution systems, energy storage systems, industrial machinery, and renewable energy installations, where compact, efficient, and reliable electrical connections are essential.

How do flexible busbars save costs?

Flexible busbars eliminate the need for terminal blocks, reducing material and installation costs. Their compact design also reduces the number of conductors and space required, leading to further cost savings in inventory and labor.