Double Acting Hydraulic Cylinder 2 x 16 Inch 3500 PSI Heavy Duty Replacement
Tools, Home & Hobby
2K+ Sold
Tools, Home & Hobby
2K+ Sold
Power your equipment with confidence using a reliable hydraulic solution built for demanding jobs. This double acting hydraulic cylinder delivers smooth push and pull performance for tractors, agricultural machinery, and other hydraulic applications. Designed with a 2 inch bore, 16 inch stroke, and up to 3500 PSI pressure capacity, it provides consistent force when you need it most. Its durable steel construction, chrome plated piston rod, and sealed design make it a dependable choice for professionals seeking long lasting performance.
Key Features
- 2 inch bore and 16 inch stroke design provides efficient hydraulic movement with 24 inch retracted and 40 inch extended length.
- Supports up to 3500 PSI maximum pressure with 8928 lbs column load capacity for powerful operation.
- Built with heavy duty steel construction, high seal structure, and corrosion resistant coating for extended service life.
- SAE #6 port and 1 inch pin hole allow easy installation on compatible machinery.
Why Choose Our Double Acting Hydraulic Cylinder 2 x 16 Inch 3500 PSI Heavy Duty Replacement
Unlike standard cylinders, this 3500 PSI hydraulic cylinder is engineered for demanding workloads with reliable push and pull control. The double acting design improves operational efficiency by providing force in both directions, while the rugged build helps reduce wear and maintenance needs. It is a practical upgrade over worn or underperforming hydraulic components.
Perfect For (Occasions & Uses)
Ideal for tractors, agricultural equipment, loaders, trailers, farm machinery, and hydraulic systems requiring dependable movement and lifting power. A great choice for farmers, mechanics, equipment operators, and repair professionals needing quality hydraulic cylinder replacement parts.
Built for Strength and Reliable Performance
Upgrade your machinery with the Double Acting Hydraulic Cylinder and experience smoother operation, stronger hydraulic control, and dependable performance for every demanding task.
