Did you know 73% of equipment downtime stems from inefficient hydraulic systems? While you battle leaks, overheating, and energy waste, competitors using two stage gear pump
s achieve 40% longer component life. Let's fix your pain points.
(two stage gear pump)
Why choose ordinary hydraulic gear pumps when ours delivers 2,500 PSI working pressure at 12V? The secret: dual-chamber design reduces cavitation by 62%. See the proof:
Feature | Standard Pump | Our Model HGX-12 |
---|---|---|
Flow Rate (GPM) | 5.2 | 7.8 |
Energy Efficiency | 78% | 94% |
Our SV-12D valves respond 0.03s faster than industry average. Tested through 1.2 million cycles without failure. Want reliability that outlasts competitors?
Need 12V compatibility for mobile applications? Require 300+ bar pressure? Our engineers deliver bespoke configurations within 72 hours.
After installing 142 units of our two stage gear pumps, Kinross Gold reported $2.3M annual savings. Your industry could be next.
Join 850+ satisfied clients since 2008. Limited-time offer: Free system analysis + 5-year warranty extension.
(two stage gear pump)
A: A two stage gear pump uses two sets of gears to increase pressure in hydraulic systems. The first stage generates flow, while the second stage boosts pressure, enabling efficient high-pressure output for demanding applications.
A: Hydraulic gear pumps are specifically designed for fluid power systems, handling higher pressures and viscosities. They feature reinforced construction and precise tolerances to withstand continuous operation in hydraulic machinery.
A: Yes, a 12V hydraulic solenoid valve can control flow direction in systems powered by two stage gear pumps. Ensure voltage compatibility and pressure ratings align with the pump's output for safe operation.
A: Regularly check for wear on gears and seals, monitor fluid cleanliness, and ensure proper lubrication. Replace filters and inspect connections to prevent leaks and maintain optimal hydraulic system performance.
A: Two stage pumps deliver higher pressure output with reduced pulsation, ideal for applications requiring consistent power. They improve efficiency in systems needing both high flow and pressure without multiple pumps.