Did you know 68% of equipment failures in hydraulic systems stem from mismatched cylinder sizing? Your operations can't afford downtime from bulky, inefficient actuators. That's where precision-engineered small double acting hydraulic cylinder
s rewrite the rules - delivering 40% higher power density than single-acting alternatives.
(small double acting hydraulic cylinder)
Our hydraulic cylinders achieve 3,000-5,000 PSI operating pressure in compact 2"-6" bore sizes. Compare that to industry-standard 2,200 PSI limits. Dual chrome-plated rods prevent corrosion 3X longer than basic carbon steel. Need proof? See our side-by-side comparison:
Feature | Standard Cylinder | Our Model HDX-7 |
---|---|---|
Cycle Life | 500,000 cycles | 1.2 million cycles |
Rod Material | Carbon Steel | Chrome-Molybdenum |
Generic hydraulic gear pumps waste 18-22% energy through heat dissipation. Our thermal-optimized designs slash that to 9%. How? Computer-controlled porting reduces turbulent flow. The result? Your hydraulic motors work smarter, not harder.
Need 87mm stroke length instead of standard 80mm? Our modular design allows 50+ configuration changes in under 72 hours. Tell us your:
A Nevada copper mine replaced 14 legacy cylinders with our HDX-7 series. Result? 62% reduction in unplanned maintenance. Their ROI hit break-even in 5 months. Now imagine this performance in YOUR application.
Why settle for "good enough" when exceptional exists?
Join 1,200+ satisfied clients who upgraded to peak hydraulic efficiency.
(small double acting hydraulic cylinder)
A: A small double acting hydraulic cylinder provides bidirectional force using pressurized fluid for both extension and retraction. It’s ideal for compact machinery requiring precise control, such as material handling equipment or automation systems.
A: The hydraulic gear pump generates flow to supply pressurized fluid to the cylinder. It ensures consistent power delivery, enabling smooth operation of the cylinder’s push-and-pull motions in tight spaces.
A: Yes, hydraulic motors can drive gear pumps that power the cylinder. This setup is common in systems requiring rotary and linear motion, like mobile equipment or industrial tools.
A: Regularly check seals for wear, monitor fluid cleanliness, and ensure proper alignment. Contamination or misalignment can damage the cylinder or reduce efficiency over time.
A: Yes, they integrate with standard systems using compatible pressure ratings and fittings. Ensure valves and pumps match the cylinder’s flow and force requirements for optimal performance.