Kashon high-pressure, high-tonnage cylinders are rugged and durable for multi-point synchronous lifting, weighing, and positioning. Rated 10,000 psi (700 bar) with capacities up to 1000 tons, compliant for safe, reliable work.
Nitrocarburized wear/corrosion-resistant finish; low-wear high-pressure seals; replaceable composite bearings for side-load support; strokes to 300 mm with end-of-stroke overflow and red-band warning; single-acting load-return and double-acting options.
The HCG-Series, Single-Acting High Tonnage Hydraulic Cylinder engineered to offer exceptional durability and resist off-center loads.
The HCR double-acting high-tonnage hydraulic cylinder is ideal for heavy industrial applications. It features a sealed hydraulic design and a maximum lifting capacity of up to 1000 tons.
Available in numerous sizes, the Kashon CLRG series is a versatile, large-tonnage hydraulic jack. With a capacity of 50 to 1000 tons, its double-acting design ensures rapid lifting and lowering, while a safety valve provides over-pressure protection. We can outfit your specific tonnage and clearance needs with a single cylinder or a complete lifting system.
The CLSG-Series single-acting high tonnage Cylinderfor heavy-duty use, high-tonnage performance for construction, civil engineering, and maintenance applications. Every model is equipped with a standard integral tilt saddle to reduce the risk of side-loading and features an over-stroke restrictor port for enhanced durability.
For applications requiring greater speed and precision, the HCRL-Series Lock Nut Hydraulic Cylinders introduces a double-acting design for rapid, fully managed hydraulic return. It builds on the HCL's core safety features and adds a standard tilt saddle for improved performance with off-center loads.
The Kashon HCL-Series tolerates up to 10% side-loading, ensuring stability in demanding high-tonnage lifts. Protected by a full nitrocarburized finish for superior corrosion resistance, these single-acting, load-return cylinders are built to perform in applications up to 1,000 tons.
High‑tonnage cylinders convert hydraulic pressure into linear force (F = P × A). A pump feeds oil to the cap end for extension; reversing flow powers retraction (double‑acting) or the load returns the rod (single‑acting). In multi‑point lifts, manifolds and sensors balance pressure and position to prevent frame twist.
Durability and safety come from details: low‑wear high‑pressure seal stacks with anti‑extrusion rings, replaceable composite guide bearings to resist side load, and hardened or nitrocarburized surfaces. Favor force by area (larger bore or more cylinders) over extreme pressure to reduce heat and seal stress. Verify rod buckling across the full stroke and use proper load holding—mechanical lock‑nuts for long static holds, or pilot‑operated checks/counterbalance valves for hydraulic holding.
Handle demanding structural and industrial lifts with cylinder capacities from 50 to 1,000 tons and stroke options up to 300 mm.
Heavy-duty bearings and reinforced construction help selected models withstand side loads up to 10% of rated capacity—useful when site conditions are not perfectly aligned.
Choose single-acting load-return cylinders for straightforward lifting, or double-acting models when faster, hydraulically controlled retraction is required.
High-tonnage cylinders can be integrated into synchronized lifting systems for controlled movement across multiple lifting points.
Integrated or optional tilt saddles accommodate minor angular differences, improving load distribution and reducing unwanted side-loading stress.
Nitrocarburized surfaces, replaceable bearings and high-pressure sealing systems protect critical components against corrosion, wear and jobsite damage.
Our engineering team specializes in designing bespoke hydraulic solutions tailored to your exact application requirements -- from unique tonnage ratings to specialized environmental conditions.
Find answers to the most frequently asked questions about this product series.
Rated tonnage is the maximum force a cylinder can deliver. Long-term tonnage is the force range within which the cylinder can run stably for extended periods without accelerated wear, loss of sealing performance, or higher failure probability.
Not necessarily. Higher pressure increases seal load, heat, leakage risk, and maintenance. When safety and uptime matter, it’s usually better to increase effective area (larger bore or multiple cylinders) than to push system pressure to extremes.
No. Oversizing the rod increases friction and seal load, reduces retract force, and adds moving mass. Choose a rod diameter that matches stroke, mounting, expected side loads, and required speeds, verified by stability and strength checks.
Generally not recommended. High-tonnage applications stress rod stability, guidance, and sealing beyond “standard” assumptions. A custom or semi-custom design aligned to your load spectrum, environment, mounting space, and control needs will be safer and more economical over the life cycle.
Our technical team is ready to help with any product inquiries.
