Did you know hydraulic system failures cost manufacturers $23,000 per hour in lost productivity? When your gear flow divider
underperforms, every minute counts. Legacy systems waste 12-18% hydraulic fluid through inefficient distribution - but next-gen solutions are rewriting the rules.
(gear flow divider)
Our X9 Series Gear Flow Divider delivers ±0.8% flow accuracy - 3x better than industry standard. See how it outperforms competitors:
Traditional monoblock hydraulic control valves struggle with modern demands. Our Dynamic Load Compensation technology adapts to:
Need specific flow rates? Our modular design supports 12+ configuration options:
2-8 flow sections
Max 150 l/min
SAE/ISO ports
Up to 16 sections
600 l/min capacity
Flange mounting
"After installing HydraTech's gear flow dividers, our combine harvesters achieved 19% fuel savings and eliminated uneven header drive issues." - John Deere Midwest
Ready to slash maintenance costs by 40%?
14-year hydraulic specialists | 3-year warranty | ISO 9001 certified
(gear flow divider)
A: A gear flow divider splits hydraulic flow from the pump into multiple equal streams using synchronized gears. This ensures consistent flow distribution to different circuits. It maintains pressure balance even under varying load conditions.
A: Improper pressure settings may cause uneven flow distribution or valve chatter. Contamination from pump wear can also jam divider gears. Ensuring matched flow rates between components is critical for optimal performance.
A: Yes, precision-geared dividers maintain proportional flow division despite pressure variations. However, extreme pressure drops may require additional compensators or pressure relief valves in the system design.
A: Regular inspection of gear teeth for wear and contamination is essential. Use filtered hydraulic fluid and ensure the monoblock valve's spools are properly adjusted to prevent uneven load distribution.
A: Key factors include flow rate requirements, pressure range, number of output streams, and compatibility with the pump's displacement. Material durability and thermal expansion properties must also match operational conditions.