The hollow D -conductive rubber strip is a rubber material with conductive performance. Its shape is D -shaped cut surface and the interior is hollow. This conductive rubber bar is usually mixed with the electrical fillers (such as conductive carbon black, metal powder, etc.) with the rubber matrix to ensure the stability and reliability of the conductive performance.

First of all, the hollow D -conductive rubber strip has good conductive characteristics. The addition of conductive fillers enables the rubber strip to effectively conduct current and low resistance, which achieves conductive function. This makes the hollow D -type conductive rubber strip widely used in areas that need to be carried out and electrostatic dissipation, such as electronic devices, electrostatic control, lightning protection, short -circuit protection, etc.

Secondly, the hollow D design makes the conductive rubber strip more convenient in installation and use. Because its section shape is D -type, compared with the traditional solid power guide rubber strips, the hollow structure reduces the weight of the material and is convenient for carrying and installation. In addition, the hollow design also provides a certain degree of flexibility, which adapts to the installation surface of different curvature, increases plasticity, and improves the applicability of conductive rubber strips.

Finally, the hollow D -type conductive rubber strip also has a certain heat resistance, cold resistance and corrosion resistance. The conductive rubber bar is usually made of high temperature and stable rubber material, which can maintain the stability of conductive performance within a certain temperature range. In addition, its rubber matrix also has good cold resistance and corrosion resistance, and meets the needs of use in different environments.

In summary, the hollow -type D -conductive rubber strip has the characteristics of stable conductivity, convenient installation and good weather resistance. It is suitable for current -to -current transmission and electrostatic dissipation needs in multiple fields.