Lifting Cylinder for Aerial Work Vehicles

Lifting Cylinder for Aerial Work Vehicles—Reliable and Durable Hydraulic Solution

Specifications of Lifting Cylinders for Aerial Work Vehicles

Lifting Cylinders EPYY11112003

Lifting Cylinders EPYY11112006

Key Features of Our Lifting Cylinder for Aerial Work Vehicles

• Durable Construction: Made from high-quality materials, our industrial lifting cylinders are designed to withstand harsh environments, offering superior corrosion resistance and long-lasting performance.
• Heavy-Duty Performance: With a robust hydraulic system, these lifting cylinders provide exceptional force and smooth operation, even in the most demanding applications.
• Precision Engineering: Our hydraulic lifting cylinders are precision-engineered to ensure reliable and efficient lifting operations, improving safety and productivity on the job.
• Versatile Applications: Perfectly suited for a wide range of aerial work platforms and boom lifts, these cylinders are ideal for industries such as construction, maintenance, and warehouse logistics.

Design Characteristics of Lifting Hydraulic Cylinder for Aerial Work Vehicles

• Large carrying capacity: Hydraulic cylinder using liquid pressure transmission, can provide huge thrust and carrying capacity, to ensure the stability and safety of high-altitude working vehicle in the process of operation.‌
• Flexible operation: The control of the hydraulic cylinder is more convenient, through the control of the hydraulic valve of the hydraulic system, various actions can be realized, so as to improve the work efficiency. ‌
• Smooth operation: The hydraulic cylinder can achieve smooth operation by adjusting the liquid flow rate and pressure, reduce the swing and shaking of the aerial work vehicle in the process of operation, and improve the accuracy and stability of the work.

Working Principle of Lifting Hydraulic Cylinder for Aerial Work Vehicles

The hydraulic lifting cylinder uses the pressure of the liquid to achieve the lifting of the object. When the liquid in the hydraulic cylinder is pressed into the cylinder, the piston will be moved upward by the pressure of the liquid, so as to achieve the elevation of the object; On the contrary, when the liquid is discharged from the cylinder, the piston will be moved downward by the action of gravity, so as to achieve the lowering of the object. This working principle is based on PASCAL’s law, which states that when a liquid transfers pressure in a closed container, the amount of pressure is not affected by the shape and volume of the liquid, but only depends on the density of the liquid and the pressure inside the container.