The maximum temperature rise of the busbar can be said to be the most critical safety technical parameter of the busbar, and it is also an important indicator reflecting the overall performance of the busbar. From the temperature rise of the busbar, it can be seen that the purity of copper bars is directly related to the electrical resistivity of the conductor. The higher the electrical resistivity of the same conductor specification, the higher the temperature rise naturally. The cross-sectional area of conductors: Conductors with the same structure and technology and the same copper content have a small cross-sectional area, resulting in a naturally high temperature rise. The heat dissipation performance of the busbar: The insulation material and shell structure have poor heat dissipation, resulting in a naturally high temperature rise.

The epoxy resin vulcanized busbar produced by Mega Technology has waterproof and dust-proof ability. The busbar during power on is immersed in a fish tank, and water enters the insulation conductor room from all angles of the busbar, still functioning normally. Fish are happy! The only type with high pressure resistance and fire resistance is that under a flame (1300 ℃) roasting for 10 seconds, the insulation layer is not damaged and the heat is dissipated in an extremely short time, without any problems with skin contact! Strong resistance to oxidation and salt spray. Sulfide coating will completely eliminate contact with air on the conductor, and after 1800 hours of salt spray testing, the insulation layer will never be damaged. Has super strong toughness and strength, and has the ability to withstand cold and hot cycling damage.