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Parker Hannifin - Fluid System Connectors Division

Fax: 269-694-4614
Geo Location Marker
300 Parker Drive
Otsego, MI 49078
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At Parker Hannifin - Fluid System Connectors Division, we provide fluid connection and control solutions for customers who need dependable performance in hydraulic, pneumatic, industrial, mobile, and process systems. Our company focuses on check valves that control flow direction, protect equipment, and support stable operation in assemblies where pressure, vibration, temperature, and media compatibility must be managed.

We build our check valve capabilities around reliable backflow prevention and efficient circuit protection. Our company understands that reverse flow can damage pumps, affect cylinders, disturb pressure balance, contaminate lines, and shorten equipment life. We help customers evaluate cracking pressure, flow demand, pressure rating, seal material, body construction, connection style, orientation, and operating environment so each valve performs properly in the system.

Our products support a wide range of fluid system applications where compact design, secure sealing, and dependable response are essential. We work with check valves used in hydraulic power units, compressed air systems, mobile machinery, instrumentation, production equipment, test stands, and engineered assemblies. Our company also supports related connector needs, helping customers coordinate valves with fittings, adapters, tubing, hoses, and other components that must work together without leaks or fit issues.

We approach each request with practical application support, product knowledge, and attention to long-term reliability. Our company assists with product selection, replacement matching, specification review, configuration guidance, and support for new designs, repairs, and production programs. Whether customers need a check valve for pump protection, reverse-flow control, circuit isolation, or a complete fluid connection strategy, we provide solutions built to support safety, uptime, and consistent performance.

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