Did you know 42% of hydraulic system breakdowns trace back to gear pump failures? While you battle leaks, overheating, or inconsistent pressure, your competitors are upgrading to double gear pump hydraulic
systems that deliver 35% higher efficiency. Let’s fix what’s draining your productivity.
(double gear pump hydraulic)
Why settle for single-stage pumps when double gear hydraulic pumps offer twin power chambers? Our patented design achieves:
Feature | Our DGPH Series | Typical Competitors |
---|---|---|
Pressure Surge Resistance | 4,200 PSI | ≤2,800 PSI |
Noise Level @ 1500 RPM | 68 dB(A) | 82+ dB(A) |
Whether you’re powering agricultural harvesters or construction cranes, our modular systems adapt:
60% faster cycle times in excavator hydraulic motors
Precision-controlled ±0.5% flow variance
When a Minnesota mining company replaced their aging pumps with our DGPH-4200 model:
Join 1,200+ industrial leaders who boosted efficiency by 30-65%
30-year hydraulic specialists | 24/7 technical support | 3-year warranty
(double gear pump hydraulic)
A: A double gear pump hydraulic system combines two gear pumps in one unit to deliver dual flow rates or pressures. It is ideal for applications requiring simultaneous operation of multiple hydraulic components, such as cylinders and motors.
A: A Hydraulic Gear Pump is specifically designed for high-pressure fluid transfer in hydraulic systems. Unlike standard gear pumps, it handles thicker fluids and provides precise flow control for machinery like excavators or presses.
A: Yes, a Hydraulic Cylinder can efficiently operate with a double gear pump. The dual pumping action allows independent control of cylinder speed and force, improving system flexibility and performance.
A: Regular inspection of fluid cleanliness, seal integrity, and lubrication is critical. Contamination or wear in the gear pump can directly impact the Hydraulic Motor’s efficiency and lifespan.
A: A double gear pump saves space and reduces complexity by combining two pumps into one unit. It enables multitasking, such as powering a Hydraulic Motor and Cylinder simultaneously, without requiring separate systems.