Did you know hydraulic system failures cost manufacturers $17,000/hour in downtime? While you're reading this sentence, 34 hydraulic motors worldwide just failed due to incompatible pressure ranges. The real shocker? 78% of these breakdowns trace back to low-quality hydraulic gear pumps - the silent profit killers in your machinery.
(aluminum hydraulic gear pump)
While standard pumps fail at 2,900 PSI, our aluminum hydraulic gear pump
delivers:
Feature | Our Pump | Brand X | Brand Y |
---|---|---|---|
Mean Time Between Failures | 8,700 hrs | 5,200 hrs | 6,100 hrs |
Energy Consumption | 18 kW | 23 kW | 25 kW |
Choose your perfect match:
✔ 18-36 cc/rev displacement
✔ 2,900-3,600 PSI
✔ 85-92% efficiency
✔ 40-120 cc/rev displacement
✔ 4,000 PSI burst pressure
✔ Military-grade seals
Case 1: Agricultural machinery manufacturer reduced pump replacements from 18/yr to 2 after switching to our aluminum hydraulic gear pumps. Maintenance costs dropped 63%.
Case 2: Construction equipment OEM increased hydraulic motor lifespan by 41% through our customized pressure control solution.
Join 1,200+ satisfied clients who reduced hydraulic maintenance costs by average 57% last year. Our engineers are standing by with your custom solution.
Limited-time offer: Free spare parts kit with every order >$5,000
(aluminum hydraulic gear pump)
A: Aluminum hydraulic gear pumps are lightweight, corrosion-resistant, and cost-effective for moderate-pressure applications. They are ideal for mobile equipment and marine environments where weight and durability matter. Their compact design also simplifies installation in tight spaces.
A: Yes, hydraulic gear pumps supply pressurized fluid to actuate hydraulic cylinders. Proper sizing ensures the pump delivers sufficient flow and pressure for the cylinder's load requirements. Compatibility depends on system pressure ratings and fluid viscosity.
A: Aluminum pumps are lighter and resist rust better than cast iron, making them suitable for harsh environments. However, cast iron pumps typically handle higher pressures and endure prolonged heavy-duty use. Material choice depends on application demands.
A: Regularly check fluid cleanliness and contamination levels to prevent wear. Inspect seals and connections for leaks, and replace worn gears or bearings promptly. Using compatible hydraulic fluids extends pump lifespan.
A: Yes, they can power hydraulic motors by converting mechanical energy into fluid flow. Ensure matching pressure ratings and flow rates between pump and motor. Aluminum pumps are often paired with motors in compact systems like material handling equipment.