Did you know 63% of hydraulic system failures stem from improper flow control? While you're reading this, hundreds of machines worldwide are wasting $18.50 every minute in energy costs due to outdated valves. Your operation can't afford to be part of this statistic.
(2 way hydraulic flow control valve)
Our 2-way hydraulic flow control valves deliver 0.5-25 GPM flow rates with ±1.5% accuracy. Compare that to industry-standard ±3% valves. See the difference?
Feature | Standard Valve | Our Valve |
---|---|---|
Pressure Drop | 15-20 PSI | 8-12 PSI |
Response Time | 120ms | 85ms |
While Brand X valves last 2,000 hours, ours average 3,500 hours in ASTM D943 testing. Hydraulic gear pump compatibility? We support 97% of market models vs. competitors' 82%.
Need 500 PSI directional control valves for heavy cylinders? Special port threading? Our 72-hour customization program adapts to your exact hydraulic requirements.
A Midwest manufacturer reduced hydraulic cylinder repair costs by 38% after installing our valves. Their ROI? 11 weeks. Yours could be faster.
Get your FREE flow control audit from ValveTech® engineers. Limited to first 50 responders this month.
(2 way hydraulic flow control valve)
A: A 2-way hydraulic flow control valve regulates fluid flow rate in a single direction, enabling precise speed control of hydraulic actuators like cylinders. It maintains consistent flow regardless of pressure fluctuations, ensuring stable operation.
A: A directional control valve manages the path of fluid to direct actuator movement (extend/retract), while a 2-way flow control valve specifically adjusts flow rate to control actuator speed. Both are often used together in hydraulic systems.
A: Yes, it ensures smooth and adjustable cylinder speed by controlling oil flow during extension or retraction. This prevents jerky movements and improves synchronization in multi-cylinder systems.
A: Gear pumps provide continuous flow, while the valve adjusts output to match system demands. This combination prevents overpressurization and optimizes energy efficiency in circuits with variable speed requirements.
A: Install close to the actuator (cylinder) for responsive control, ensure correct orientation matching flow direction, and calibrate settings based on pump capacity and load requirements. Always integrate pressure relief valves for safety.