JK/JKW type clamp coupling-

JK/JKW type clamp coupling

The Jacket coupling is a mechanical power transmission device commonly utilized in industrial machinery to connect two shafts. It comprises of two interconnected half shells, with the cap screw at the shaft end securely fastening them together, thereby forming a complete coupling unit. The Jacket coupling effectively transfers torque and possesses a certain degree of axial compensation ability, which helps minimize changes in shaft spacing caused by axial displacement. The Jacket couplings find extensive applications across various industrial sectors including wind power generation, metallurgy, petrochemicals, paper production, and bearing industries. Their design offers flexibility as different materials and sizes can be selected based on specific requirements to adapt to diverse working environments and load conditions. Moreover, these clamping couplings are easy to install and maintain while exhibiting excellent wear resistance and corrosion resistance properties that ensure long-term stable operation of equipment. Overall, as an efficient and reliable power transmission device, The Jacket coupling plays a crucial role in supporting industrial production by enhancing transmission efficiency and reliability of equipment.