①Aluminum Alloy Jaw Coupling 25mm Diameter 30mm Length Flexible Coupling
The 25mm diameter aluminum alloy jaw coupling with 30mm length offers an optimal balance of lightweight construction and reliable power transmission for precision industrial applications. This flexible coupling features the characteristic interlocking jaw design that provides efficient torque transfer while accommodating minor shaft misalignments, protecting connected equipment from vibration and shock loads. Crafted from high-strength aluminum alloy, the coupling achieves an exceptional strength-to-weight ratio, reducing rotational inertia without compromising durability in demanding operating conditions. The compact 30mm length ensures space-efficient installation while maintaining sufficient flexibility to absorb vibrations and compensate for angular, parallel, and axial displacements. Precision-machined jaws work in harmony with a high-performance elastomer spider to deliver smooth power transmission and dampen harmful vibrations that could affect system performance. The aluminum construction provides natural corrosion resistance while remaining lightweight enough for applications where minimizing mass is critical. Suitable for servo motors, precision machinery, and automation equipment, this coupling demonstrates how advanced materials can enhance traditional jaw coupling performance. The combination of aluminum's mechanical properties with the proven jaw coupling design results in a component that delivers both the precision required for sensitive applications and the durability needed for industrial environments, offering equipment designers a versatile solution that bridges the gap between performance and practicality in power transmission systems.
②Features and applications of jaw coupling
Coupling is a component used to connect a drive shaft and a driven part, for example, a motor shaft and a ball screw for the purpose of transmitting the torque.
The main roles of a coupling include the following:
1.Connecting drive shafts of motors, etc. with driven shafts of ball screws etc. to transmit power.
2·Providing tolerance for errors (misalignment) between the cores of the drive shaft and the driven shaft.
3.Absorbing equipment impacts and vibration.
4·Improving equipment performance.
Also, Coupling introduces mechanical flexibility providing misalignment for the shafts. As a result, this coupling flexibility can prevent uneven wear, vibration, and other mechanical troubles due to misalignment.
③Specification of Jaw coupling
④Actual product photo
