Copper Expanded Metal Mesh in High-Voltage Lab Grounding Systems

In our recently completed high-voltage transformer laboratory project, copper expanded metal mesh has emerged as the pivotal material for the grounding system due to its exceptional performance, laying a solid foundation for for the laboratory's safety and stable operation.

The grounding system covers a total area of 3000 m², entirely constructed with C110 copper expanded metal mesh. Renowned for its extremely high electrical conductivity, C110 copper efficiently conducts electrical currents, ensuring the grounding system' reliability in high-voltage environments and providing robust safety protection for precision equipment and testing operations. Furthermore, its superior corrosion resistance enables long-term stability under local climatic conditions, significantly extending service life and reducing maintenance costs.

Copper expanded metal mesh used in transformer

Copper expanded metal mesh project site

Copper expanded metal mesh application laboratory

In the construction design, we specifically recommended dimensions of 2 × 3 m. This dimension not only fulfills the requirement for large-area installation but also effectively minimizes the number of splices and the frequency of welding operations. This consequently saves construction time, enhances installation efficiency, and minimizes potential quality risks associated with welding. Ultimately, this ensures a more stable and safer grounding system.

Measurement & Packaging

Copper expanded metal mesh

25 mm SWD copper expanded metal mesh

50 mm LWD copper expanded metal mesh

2 mm thick copper expanded metal mesh

Copper expanded metal mesh sealed with black protective film

Copper expanded metal mesh protected with bubble film

The successful application of copper expanded metal mesh in the grounding system of this high-voltage transformer laboratory fully demonstrates its exceptional adaptability and superior performance in large-scale industrial projects. It also provides a reliable reference solution for the construction of similar laboratory and industrial grounding systems.