May . 07, 2025 15:20

Hydraulic Flow Splitters Precision Control for Cylinders, Pumps & Motors

Did you know? 42% of hydraulic system failures stem from improper flow distribution. While you battle uneven cylinder movement and pump overloads, competitors using precision hydraulic flow splitter
s report 19% longer equipment lifespan. Ready to transform your hydraulic performance?

(hydraulic flow splitter)

Technical Superiority That Pays for Itself

Our hydraulic flow splitter isn't just another component - it's your secret weapon against energy waste. Unlike basic dividers offering ±15% accuracy, our patented design delivers ±2% flow consistency across multiple circuits. See how we outperform:

Feature	Standard Splitter	Our Solution
Flow Accuracy	±15%	±2%
Max Pressure	250 bar	420 bar

Why Leading Manufacturers Switch

When hydraulic gear pumps cost $8,500+ to replace, can you afford mismatched flow rates? Our clients report:

✓ 31% fewer cylinder repairs
✓ 22% lower energy consumption
✓ 9-month average ROI

Your Custom Hydraulic Solution

Whether you need 2-way splitting for hydraulic motors or 6-way synchronization for heavy machinery, our engineers create solutions that:

🔧 Integrate with existing pumps
⚡ Handle temperature extremes (-40°F to 300°F)
💡 Include real-time monitoring ports

Ready for Hydraulic Perfection?

Join 1,200+ satisfied operators who upgraded their systems last quarter. Limited inventory available - claim your 15% launch discount today!

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FAQS on hydraulic flow splitter

Q: How does a hydraulic flow splitter work with hydraulic cylinders?

A: A hydraulic flow splitter divides fluid from a pump to multiple hydraulic cylinders, ensuring synchronized movement. It maintains consistent flow rates using pressure-compensated valves. This prevents uneven loads in parallel cylinder operations.

Q: Can hydraulic flow splitters optimize gear pump efficiency?

A: Yes, flow splitters reduce gear pump strain by balancing flow distribution. They minimize pressure drops in multi-circuit systems. This improves overall hydraulic system efficiency by 15-25%.

Q: What maintenance do flow splitters require with hydraulic motors?

A: Regular inspection of flow splitter check valves prevents motor cavitation. Filter changes every 500 hours protect precision metering components. Seal replacements should align with motor service intervals.

Q: Are flow splitters compatible with all hydraulic gear pump types?

A: They work best with fixed-displacement gear pumps. Variable pumps require pressure-compensated flow splitters. Always match splitter specs to pump's max flow rate and pressure.

Q: How to troubleshoot flow splitter issues in motor circuits?

A: Check for uneven motor speeds indicating flow imbalance. Inspect splitter's compensator spool for wear. Verify system pressure exceeds motor requirements by 20% minimum.

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