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Build a custom 1/4" system to deliver coolant, cutting oil, water, or air in any direction.
Kits contain lengths of hose, nozzles, valves, and caps.
Build a custom 1/2" system to deliver coolant, cutting oil, water, or air in any direction.
Build a custom 3/4" system to deliver coolant, cutting oil, water, or air in any direction.
Kit contains lengths of hose, nozzles, connectors, and assembly pliers.
This hose is made of steel.
Keep electronics inside enclosures from overheating by converting compressed air into a stream of cold air.
Often used in low-noise environments such as labs and clean rooms, these are quieter than standard enclosure-cooling vortex tubes.
Set the thermostat and these vortex tubes switch on only when needed.
Cool electronics inside enclosures while keeping out rain, snow, splashing water, and dirt.
Quietly cool electronics inside enclosures while keeping out rain, snow, splashing water, and dirt.
In addition to being quieter than standard enclosure-cooling vortex tubes, these stand up to washdowns and weather. They convert compressed air into a stream of cold air to keep electronics within enclosures from overheating while also keeping dust and other contaminants out.
These NEMA-rated vortex tube are designed to keep water out during washdowns.
Cool electronics inside enclosures to your desired temperature while keeping out rain, snow, splashing water, and dirt.
Quietly cool electronics inside enclosures to your desired temperature while keeping out rain, snow, splashing water, and dirt.
UL classified for hazardous locations, these vortex tubes convert compressed air into a stream of cold air to keep electronics within enclosures from overheating while also keeping dust and other contaminants out.
Insulated with a layer of fiberglass, this ultra-thin lightweight hose keeps air at a constant temperature.
The ends of this hose have a belt-and-buckle connection that eliminates the need for clamps.
Super thin and lightweight, this hose is economical and rolls up for easy disposal.
A metalized polyester cover reflects heat so the temperature inside the hose won’t rise.
A general purpose duct hose for blowing and venting air, this polyester hose is lightweight and has a wear strip to protect against damage.
Step on this polypropylene hose and the flexible plastic spiral will pop back up unharmed.
An acrylic coating allows this polyester hose to hold up under higher temperatures than other fabric hose.
Our most versatile duct hose for blowing and venting air, this polyester hose is lightweight and very flexible.
Unlike fabric duct hose, this lightweight aluminum hose can bend around corners and hold its shape.
A layer of fiberglass insulation helps maintain the temperature inside the hose. Use for heating and cooling applications in outdoor environments.
Bend this hose into position in heating and cooling applications where it’s important to maintain the temperature of the air inside the hose.
The most compressible hose we offer, this duct hose collapses to 5% of its length for easy storage.
Let go of this hose and it will spring back out of your way.
If your liquid contains some solid particles, this tough EPDM rubber hose can handle the extra abrasion.
Not only can this hose withstand high temperatures, it won't collapse in low-vacuum applications. It's also known as radiator hose.
Move coolant around tight turns in crowded spaces. Made of silicone, these elbows withstand high temperatures up to 350° F.
Silicone rubber gives this hose, often called radiator hose, the ability to handle high-heat conditions.
Bend this hose in any direction and it won’t kink, even when routed through tight spaces.
Reinforced by aramid fabric, this silicone rubber hose handles higher temperatures than any other coolant hose we offer.
With a tighter bend radius than other coolant hose, this hose can twist and turn around equipment.
Commonly known as radiator hose, this hose is for low-pressure coolant applications.
Instead of a rubber cover, this hose has a stainless steel braid for excellent strength in high-pressure applications.
Use hose to charge and test your air conditioning units.
Each hose is a different color so you can differentiate your lines.
Dozens of fins and coolant tubes quickly dissipate excess heat.
Turn your pipe or tube into a heat sink.
Connect these plates to cold liquid lines in process chillers and liquid-to-air cooling systems to cool equipment through direct contact.