
This bench-top training module from TE Technology provides independent hot and cold temperature control via dual Peltier circuits. It combines a glass shell-and-tube heat exchanger section with a tubular static mixer reactor, all mounted on a white baseplate with quick-connect tubing and fittings. Onboard digital displays let you monitor both loop temperatures in real time. Ideal for hands-on studies of reaction kinetics mixing efficiency and heat transfer in continuous flow systems. Requires deionized water supply and waste drain for coolant loops.

Faculty of Engineering
Research lab focused on advancing scientific knowledge and innovation.
This bench-top training module from TE Technology provides independent hot and cold temperature control via dual Peltier circuits. It combines a glass shell-and-tube heat exchanger section with a tubular static mixer reactor, all mounted on a white baseplate with quick-connect tubing and fittings. Onboard digital displays let you monitor both loop temperatures in real time. Ideal for hands-on studies of reaction kinetics mixing efficiency and heat transfer in continuous flow systems. Requires deionized water supply and waste drain for coolant loops.


Faculty of Engineering
Research lab focused on advancing scientific knowledge and innovation.
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