Often used to monitor boiler water quality without shutting down the system, these heat exchangers cool hot liquid samples to safe temperatures for testing. Sample liquid flows through the tubes, and cold water from an external water supply flows around the tubes to cool the liquid in the tubes.

304 stainless steel tubes are more corrosion resistant than copper tubes.

316 stainless steel tubes have the best corrosion resistance.

For technical drawings and 3-D models, click on a part number.

Quickly heat or cool beverages and condiments using these heat exchangers, which have a sanitary design certified by 3-A. Also known as plate and frame heat exchangers, they run your product through stacked, corrugated plates and send a liquid of a different temperature in the opposite direction. They’re more efficient than shell and tube heat exchangers because they have a larger surface area for heat transfer. Made of stainless steel, the plates and frame won't rust or corrode from contact with liquids. Oil, water, and salt won’t break down their Buna-N gaskets. The interior gaskets clip onto the plates instead of being glued, so they’re easy to remove for cleaning. Connect these heat exchangers to sanitary quick-clamp fittings using a gasket and a clamp.

Btu/hr. cooling capacity and maximum flow capacity are based on cooling 212˚ F beer wort to 68˚ F using 55˚ F water.

Heat exchangers with mounting feet stand free, or you can mount their frame to the floor using bolt holes in the feet.

Add plates and gaskets to increase heating and cooling capacity or replace existing plates. When replacing your plate, choose one with the same maximum flow capacity. Flow plates have two blocked ports to create extra passes, which makes heat transfer more efficient. Pass plates have four open ports for liquid to flow through.

For technical drawings and 3-D models, click on a part number.

Also known as shell and tube heat exchangers, these transfer heat using liquid or steam that flows through the shell to heat or cool liquid in the tubes. They’re commonly used in refrigeration and engine cooling systems. Btu/hr. cooling capacity is based on cooling 180° F process water with 85° F water and a 10 psi pressure difference.

Heat exchangers with a 316 stainless steel shell and tubes are the most corrosion resistant.

Heat exchangers with baffled tubes direct liquid to make four passes through the tubes for more efficient heat transfer than other heat exchangers.

For technical drawings and 3-D models, click on a part number.