Parker coolant hose solutions are designed to circulate high temperature fluids in high capacity industrial and mobile equipment heating and cooling systems. Colour coded for easy identification and flexible for easy routing and installation, our coolant tubes are precision engineered to deliver the highest standards of safety and reliability.

Thorlabs' polyurethane hoses, coupling inserts and bodies, and in-line filters are compatible with Thorlabs' Liquid-Cooled Cold Plates, Thermoelectric Liquid Chiller, Water-Cooled Breadboards, Spatial Light Modulators, and Liquid-Cooled HHL Laser Mount. Two sizes of polyurethane hoses are available for connection to a water or coolant supply.

inner layer - is resistant to glycol cooling water and high temperatures; reinforcement - usually comes in the form of cord or textile braid, which increases the hose's resistance to working pressure;

Chiller Hose is an HVAC hose with low-pressure loss for efficient pumping. Swells up to 10% above uncharged diameter at maximum operating pressure enabling more liquid to be pumped.

Choose from our selection of chiller hose, including hose, tubing and tube fittings, and more. Same and Next Day Delivery.

Vacuum jacketed hoses for glycol and cryogenic chiller supply lines used in semiconductor manufacturing. Insulon hoses help cooling systems maximize

2024年11月7日 · How do Insulon hoses work in process heating and cooling applications? Insulon Vacuum Jacketed Hoses help glycol chillers, cryogenic chillers, and hot oil circulators achieve maximum energy efficiency and faster time-to-temperatures.

Step into the world of industrial-grade hoses with our heavy-duty water discharge hose, the 1014103-800! As an essential part of any chiller system, this unyielding hose is designed to handle glycol solutions with utmost ease and confidence.

Our Premium Silicone Chiller 10 Foot Hose is constructed with a thinner wall to work best with our chillers. -73°C to 260°C (-100°F to 500°F) **1/2" hose is rated for 1/2" valves**

Smaller outer diameter than most other vacuum jacketed hoses; Reduces condensation and/or frost in cold/cryogenic applications; Maintains safer surface temperatures; Faster time-to-temperature for process heating and cooling; No pump-down maintenance; Conserve thermal energy to reduce operating costs