22mm Bore Diam, 45mm OD, Shaft Locking Device MPN:C192M-22X45

Introducing the Climax Metal 22mm Bore Diameter, 45mm Overall Diameter Shaft Locking Device, designed to securely fasten and align shafts in precision manufacturing environments. With a maximum torque of 2,965 foot-pounds, this device is ideal for heavy-duty applications that require exact alignment. Its durable construction ensures long-lasting use, while its lightweight design makes it easy to transport and handle. The five screws provide a secure fit, yet still allow for precise alignment of components. Whether you're working on machinery, equipment, or other industrial applications, the Climax Metal 22mm Shaft Locking Device is the perfect tool for the job. Try it today and see the difference in your precision manufacturing processes!

Top product features:

• Maximum Torque: The Climax Metal 22mm Shaft Locking Device delivers a high torque of 2,965 foot-pounds, providing exceptional strength for heavy-duty applications that require secure fastening and alignment.
• Durable Construction: The device's durable construction ensures long-lasting use, allowing it to withstand the rigors of industrial environments and providing excellent value for its price.
• Secure Fit: With five screws that provide a secure fit, the Climax Metal Shaft Locking Device also allows for precise alignment of components, ensuring accurate positioning and optimum performance.

Top product applications:

• Precision Manufacturing: The Climax Metal Shaft Locking Device can be used in precision manufacturing environments to securely fasten and align shafts, ensuring accurate positioning of components and optimum performance.
• Heavy-Duty Industrial Use: Due to its high torque of 2,965 foot-pounds, the device is suitable for heavy-duty industrial applications where strong fastening and alignment are essential, such as in machinery, equipment, or other mechanical systems.
• Secure Fastening and Alignment: The device's five screws provide a secure fit that allows for precise alignment of components, making it ideal for use in situations where accurate positioning is crucial, like in the construction, automotive, or aerospace industries.