Providing maximum reliability and performance
Parker delivers liquid cooling solutions featuring non-spill valving, higher flow rates and low pressure drop capabilities to ensure reliable cooling in thermal management.
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Quick Couplings - Markets Served
Parker Quick Coupling Division, the world's largest manufacturer of quick couplings, produces fluid and air couplings to accommodate a broad spectrum of applications in diverse markets. In addition to hydraulic and pneumatic quick connect couplers, our product offering includes hydraulic swivels, check valves, wireless sensors and state-of-the-art diagnostic equipment.
LIQUID COOLING FOR DATA SERVERS: Parker delivers liquid cooling solutions featuring non-spill valving, higher flow rates and low pressure drop capabilities to ensure reliable cooling in thermal management. With a variety of couplings and seals available, Parker's liquid cooling couplings combine a compact design with robust components built to resist mechanical stresses and avoid any fluid loss.
CONSTRUCTION & FORESTRY: Parker offers heavy duty quick couplings for all construction and forestry applications, from heavy mobile equipment to small hand tools. These couplings allow the hydraulic lines between the equipment and the tool attachments to be quickly disconnected and reconnected without extensive downtime.
AGRICULTURE: Parker offers a wide range of quick couplings for almost every farming application. With extensive knowledge of the hydraulic and pneumatic needs of agricultural equipment and machines, Parker leads the globe in coupling technology and innovation. Our quick connect couplings are manufactured with the highest quality standards to meet the durability and safety needs of farming equipment.
OIL & GAS: Parker's topside connectors are screw-to-connect couplings for oil and gas applications, made with corrosion-resistant materials and high impulse resistant properties to ensure long life and reliability. Parker designed these couplings for non-spill operation, virtually eliminating fluid loss at disconnection and featuring low air inclusion at connection.
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