Did you know 42% of hydraulic system failures stem from improper flow distribution? Your single-stage hydraulic cylinders deserve better than guesswork. When your hydraulic gear pump struggles with uneven loads, productivity plummets faster than a failed actuator. We've got your fix.
(flow divider gear type)
Precision-engineered flow divider gears maintain ±1.5% accuracy even at 3000 PSI. Unlike standard models, our patent-pending helical teeth design eliminates pulsation – the 1 cause of cylinder seal wear. See how we stack up:
Feature | Standard Models | Our Solution |
---|---|---|
Flow Accuracy | ±5% | ±1.5% |
Max Pressure | 2500 PSI | 3500 PSI |
Whether you're running compact 10 GPM systems or heavy-duty 150 GPM operations, our modular design adapts. Choose from 3 proven configurations:
A leading tractor manufacturer reduced hydraulic maintenance costs by 68% after switching to our flow divider gear systems. Their single-stage hydraulic cylinders now achieve 12% faster cycle times. Your results? Only limited by how soon you act.
Our engineers are standing by to analyze your system needs. Get your free efficiency audit before Friday and qualify for 15% off installation.
(flow divider gear type)
A: A gear-type flow divider splits hydraulic fluid flow from a single source into multiple equal streams. It ensures synchronized operation of components like single-stage hydraulic cylinders. This improves system efficiency and precision.
A: The flow divider receives fluid from the hydraulic gear pump and divides it into proportional outputs. This allows simultaneous operation of multiple actuators or cylinders. Gear pumps provide steady flow, enhancing the divider's accuracy.
A: Yes, gear-type flow dividers are ideal for single-stage hydraulic cylinders requiring synchronized movement. They ensure equal fluid distribution to each cylinder. This setup minimizes pressure imbalances during extension/retraction cycles.
A: They're widely used in mobile equipment, industrial machinery, and material handling systems. Typical uses include synchronized lifting with multiple cylinders and steering systems. Gear dividers excel where flow precision is critical.
A: Wear in gear teeth or contamination are primary concerns. Regular fluid filtration and viscosity checks help prevent failures. Uneven flow division often indicates internal leakage or component wear.