Multi wedge belts have various advantages, such as high transmission efficiency, strong load-bearing capacity, high temperature resistance, oil resistance, and wear resistance. In addition, multi wedge belts are particularly suitable for transmission scenarios that require a large number of triangular belts or wheel axis perpendicular to the ground.
According to different application fields, multi wedge belts can be divided into industrial multi wedge belts and automotive multi wedge belts. The two have differences in design methods, physical performance, and evaluation methods for transmission performance. Structurally, the multi wedge belt is mainly composed of top fabric (surface fabric), top glue, buffer glue (rubber bonding), wire rope (tensile body), and bottom glue (rubber wedge). Each component has its unique function, such as the surface fabric being responsible for heat resistance, oil resistance, wear resistance, and crack resistance, while the tensile body enhances the structural strength and impact load resistance of the belt.
Multi wedge belts have been widely used in various mechanical transmission devices, such as generators, air compressors, pumps, machine tools, etc., to meet the power transmission and conversion needs in different scenarios. Proper installation and maintenance are key to ensuring the normal operation and extending the service life of the multi wedge belt when using it.