1. Flexible graphite grounding strip manufacturers remind everyone that nanocarbon has very strong electrical conductivity and a resistivity close to that of ordinary metals. As a medium between metal grounding bodies and soil, nanocarbon will not affect the diffusion of impulse current.

2. Nano carbon has super high temperature resistance and will not detach when subjected to strong current shocks.

3. Flexible graphite grounding strip manufacturers remind everyone that nanocarbon anti-corrosion grounding bodies have good anti-corrosion performance: for acidic grounding environments, nanocarbon grounding bodies use cyclic amines as curing agents, greatly improving the acid resistance of coatings. For alkaline soils, due to the irreversible changes in thermosetting resins caused by chemical reactions such as condensation, ring closure, addition, or catalysis during resin curing, nanocarbon grounding bodies have superior anti-corrosion performance.

4. Flexible graphite grounding strip manufacturers remind everyone of excellent surface bonding performance: epoxy and other materials are used as the base material in the coating of nanocarbon grounding body. Due to its molecular structure containing epoxy and ether groups, it has inherent high adhesion performance, so nanocarbon and grounding body will not peel off.