Heat and Mass Transfer

Explore our comprehensive range of Heat and Mass Transfer demonstrator for teaching chemical, mechanical, and process engineering . Students can investigate the working principle of heat exchangers and the fundamental and applied principles of conduction, convection, radiation, evaporation, condensation, boiling, and diffusion.

Our modular and bench-mounted systems cover single and multi-mode heat transfer scenarios as well as coupled heat and mass transfer processes. The systems can also include digital instrumentation for real-time measurement, optional computerised data acquisition, and robust safety controls. Each unit is designed to deliver repeatable experiments, suitable for undergraduate students.

From classic heat exchanger service units and boiling demonstrators to sophisticated condensation studies and cooling towers, Bestech provide systems that align with curriculum needs for undergraduate and postgraduate engineering education. These systems are also ideal for teaching thermodynamics, energy balance, and process design concepts in real-world industrial applications.

Explore our comprehensive range of Heat and Mass Transfer demonstrator for teaching chemical, mechanical, and process engineering . Students can investigate the working principle of heat exchangers and the fundamental and applied principles of conduction, convection, radiation, evaporation, condensation, boiling, and diffusion.

Our modular and bench-mounted systems cover single and multi-mode heat transfer scenarios as well as coupled heat and mass transfer processes. The systems can also include digital instrumentation for real-time measurement, optional computerised data acquisition, and robust safety controls. Each unit is designed to deliver repeatable experiments, suitable for undergraduate students.

From classic heat exchanger service units and boiling demonstrators to sophisticated condensation studies and cooling towers, Bestech provide systems that align with curriculum needs for undergraduate and postgraduate engineering education. These systems are also ideal for teaching thermodynamics, energy balance, and process design concepts in real-world industrial applications.