75 Ton Double-Act Cylinder 13" Stroke - J.H. Williams

Specifications

• Manufacturer: J.H. Williams
• Model Number: JHW6CD75T13
• Capacity: 75 Tons
• Stroke Length: 13 inches
• Cylinder Type: Double-Acting
• Weight: 136.88 lbs

Key Features

• Double-Acting Design: Provides controlled force and movement in both extension and retraction for enhanced operational versatility.
• High Force Output: Delivers a substantial 75-ton capacity, suitable for the most demanding industrial tasks.
• Robust Construction: Engineered with durable materials to withstand heavy-duty use and harsh operating environments.
• Precision Stroke Control: Offers a 13-inch stroke length, allowing for accurate positioning and controlled linear movement.
• Reliable Performance: Built to J.H. Williams’ rigorous standards, ensuring consistent and dependable operation.

Applications

• Industrial Lifting and Lowering: Ideal for raising, supporting, and precisely lowering heavy machinery, components, and structural elements.
• Pushing, Pulling, and Clamping: Effective in various assembly, fabrication, and material handling processes requiring controlled linear force.
• Pressing and Forming: Suitable for applications such as straightening, bending, or pressing metal and other robust materials.
• Heavy Equipment Maintenance: Facilitates repair, installation, and disassembly of large-scale industrial and construction equipment.
• Construction and Civil Engineering: Supports on-site tasks requiring powerful, controlled actuation for structural adjustments or demolition.

Benefits

• Increased Efficiency: The substantial 75-ton capacity and double-acting functionality enable faster completion of heavy-duty tasks, reducing manual effort.
• Enhanced Safety: Provides stable and controlled force application, minimizing risks associated with handling heavy loads and precise movements.
• Versatile Operation: Its double-acting nature allows for a wider range of applications, offering force in both directions and expanding utility.
• Long-Term Reliability: Durable construction ensures extended service life and consistent performance, reducing downtime and maintenance needs.
• Optimized Control: Users achieve precise positioning and force modulation, critical for applications demanding accuracy and preventing material damage.