Hydraulic cylinders for aerial work platforms are specifically engineered to position work platforms at designated elevations, our cylinders deliver excellent control of: Leakage, Start Pressure, Smooth Movement, Safety Coefficient, All features help our users to get safty and improve the experience.

Hydraulic Cylinders for lifting machinery act as core components, they directly determine the operational efficiency, stability, and safety during hoisting operations. Every crane cylinders is precisely engineered for excellent lifting capability, the cylinder features: Optimized design for superior load capacity, Uncompromising stability in extreme conditions, Fail-safe reliability for both cargo and people during heavy cargo operations

Hydraulic cylinders for pipe jacking machine offer outstanding high-pressure resistance, ensuring efficient performance throughout the construction process. Their excellent pressure-retention capabilities contribute to operational stability and continuity. Given the complexity of underground environments, these cylinders feature advanced dustproof designs that effectively block contaminants like dust and sand, keeping the interior clean, reducing wear, and enhancing both operational efficiency and durability. These features collectively ensure high efficiency, safety, and reliability in underground operations.

The design of hydraulic cylinders for special vehicles integrates high load-bearing capacity, precision control, durability, and safety. These cylinders ensure stable vehicle operation across diverse and challenging conditions, improving both operational efficiency and safety. From precise telescopic movement for bridge inspection to powerful lifting for obstacle clearance, and rapid response in collision buffering, hydraulic cylinders serve as essential power components. They showcase exceptional technical capabilities and application value, driving continuous advancement within the specialized vehicle industry.

Hydraulic cylinders for piling machinery are characterized by their powerful load-bearing capacity, precise displacement and angle control, as well as high stability and durability in complex geological and construction environments. These qualities ensure that piling machinery can complete tasks efficiently and accurately under various conditions.