Liquid cooling puts more demand on fluid handling components than most applications. Coolant chemistry, system pressure, flow requirements, and the fallout from a leak must all be factored in. Get a component wrong in terms of the material, pressure rating, or seal, and the failure spreads fast.
These product guides are for engineers and procurement teams speccing, sourcing, or expanding liquid cooling loops. JME has distributed fluid handling products for 50 years and counting. It’s the only type of equipment we sell, which means when you call with a question, you'll talk to someone who actually knows the product.
Browse component categories below to find product guides that help you dig into specifics. If you’re not completely confident that you’ve found what you’re looking for, just reach out. Our sales reps have expert knowledge of the needs and trends around data center liquid cooling products.
Shop all data center liquid cooling products
Each category below links to JME's inventory. Each guide covers how to evaluate options for a specific component type: what specs matter, and important things to consider before you buy.
Hose & tubing carry coolant through the loop. Selection depends on coolant compatibility, operating pressure, temperature range, and how much flexibility is needed at connection points.
How to choose data center cooling hose and tubing (coming soon)
Couplings connect hose or tubing runs and allow the loop to be broken and restored without draining the system. Quick-disconnect couplings are common in data center liquid cooling because they make maintenance faster and reduce spill risk.
Choosing quick disconnect couplings for liquid cooling (coming soon)
Gaskets & seals, grooved fittings, and sanitary fittings are all part of how the loop connects and seals. Gasket and seal material compatibility with coolant is the most important detail to get right. Grooved fittings are are faster to install and easier to service than welded or threaded joining in larger-diameter piping. Sanitary fittings reduce contamination risk where particulate or biological contamination can affect system performance or warranty compliance.
Types of liquid cooling fittings and connections (coming soon)
Valves control and isolate flow throughout the loop. The right valve depends on its function: shutoff, flow regulation, pressure relief, or automated control during a fault.
How to choose valves for data center liquid cooling systems (coming soon)
Strainers remove particulates from the coolant stream before they reach pumps, valves, and heat exchangers. Contamination is one of the more common causes of degraded cooling performance over time.
Choosing strainers for liquid cooling systems (coming soon)
Pumps drive coolant circulation through the loop. JME carries hydrostatic pumps, which deliver precise, controllable flow and perform well in closed-loop cooling applications, especially when system pressure and flow consistency matter.
Hydrostatic pump selection for liquid cooling loops (coming soon)
Gauges monitor pressure at critical points in the loop. Pressure readings help detect blockages, pump issues, or other abnormal conditions before they escalate.
How to choose gauges for liquid cooling systems (coming soon)
Meters give real-time visibility into how much coolant is moving through the loop for performance validation, troubleshooting, and catching flow anomalies early.
Pipe & hose hangers support and secure piping throughout the facility. Proper support reduces stress at connection points and limits vibration-related wear on fittings and seals over time.
Some concerns affect selection across multiple component types, and these guides tackle those bigger system questions.
JME's product line is fluid handling. Nothing else. When you call, you're not getting routed to a generalist. You're talking to someone who knows this product category inside and out.
Call 1-800-333-3333 or contact JME online.
