Coupling
15/03/2025

Shims

شیمز

Shims

Flexible power-driven elements are manufactured to withstand the harsh conditions and high misalignments found in cooling towers. These elements are integral discs made of advanced composite materials and have stainless steel bushings embedded in them. All of these components are packaged in a urethane housing for easier handling and to prevent wear and corrosion. The physical and mechanical properties of continuous fibers indicate a high misalignment capacity and a long service life. Flexible power-driven elements have a very high fatigue life and are easy to install.
 
In this type of composite element, the main failure factors of metal types such as wear, corrosion and fatigue microcracks are completely eliminated, thus greatly reducing maintenance costs and making the installation process easier. These elements can continue to work for many years without any problems in the most difficult working conditions.

Flexible power-driven elements are available in various sizes and torque capacities. The torque capacities are based on dynamic and static tests to provide infinite fatigue life at that torque and misalignment.
 
Flexible elements are the only part of the connection that can withstand alternating forces, and therefore fatigue is of great importance. The high-performance carbon fiber reinforced epoxy matrix composites produced by power-driven elements continue to function without failure after infinite rotation at 689 MPa, and as a result, the fatigue life of flexible power-driven elements is within the theoretical life.

شیمز

Flexible elements are made of special stainless steel and are used to align various drives, including motors, pumps, gearboxes, turbines, tower driveshafts, etc. These elements can compensate for misalignment to a great extent.

These flexible elements are one-piece discs made of advanced composite materials and have stainless steel bushings embedded in them. These elements are embedded in. These elements are available in various dimensions and torque capacities.