UL Type Tyre Coupling

The UL type tyre coupling is a high-performance transmission component specifically designed for industrial applications subject to frequent impact and vibration, variable forward and reverse rotation, and frequent starting. Its structure uses a rubber tyre body as the core elastic element, vulcanized and bonded to a metal connecting plate with threaded holes to form an integral unit, then directly connected to two coupling halves via bolts, achieving torque transmission and multi-directional displacement compensation. The UL type coupling effectively absorbs impact loads generated during equipment operation — tests indicate it can absorb up to 30% of impact energy — thereby reducing vibration and noise and protecting the transmission system and critical components from impact damage.
The UL tyre coupling performs exceptionally well in shaft misalignment compensation, capable of simultaneously compensating for axial, radial, and angular displacement. Axial compensation capacity can reach 5mm, radial allowable deviation does not exceed 2mm, and angular deflection within 1° can be accommodated. This multi-dimensional displacement compensation capability not only reduces the demands on installation precision, but also enhances the adaptability and reliability of the transmission system. The UL type coupling is easy to assemble and disassemble, requires no lubrication, is simple to maintain, and has a long service life, fully meeting the continuous operation requirements of high-intensity industrial environments.
In mechanical transmission systems, the coupling serves as the core component connecting the driving shaft and driven shaft, and its performance directly affects the stability, safety, and durability of equipment operation. The UL type tyre coupling, by virtue of its unique elastic structural design, achieves smooth power transmission and effective equipment protection, making it an indispensable part of the mechanical transmission field and providing reliable assurance for various industrial equipment requiring cushioning, vibration damping, and displacement compensation.