Inflating dimple jacket heat exchangers in Tempco. We wish you all a very great August! Enjoy your Summer!
The importance of logarithmic mean temperature difference for the selection and the calculation of heat exchangers, narrow temperature gaps between fluids require extended thermal transfer surfaces.
Brazed plate heat exchangers with increased heat transfer efficiency for cooling and heat recovery in HVAC systems, heat pumps, renewable energy and electric vehicles.
How does it work a chiller, simply employing a thermal transfer cycle through compression, evaporation and a condenser with a refrigerant gas as thermal vector and using heat exchangers.
A refrigerator with a condenser/heater exchanger and an evaporator/cooler exchanger in reversible cycle at season’s change, that’s how a heat pump works providing both heating and conditioning.
High construction flexibility T COIL dimple jacket exchangers, customized on any heating and cooling needs of industrial processes, from food, chemical, pharma and further more.
Mechanical seal troubleshooting, wear, corrosion, breakages and deformation due to wrong installation or mismatching bewteen construction materials and pumped fluids.
Shell and tube heat exchangers in cogeneration plants for heat recovery applications on exhaust at high temperatures coming from endothermic engines.
Tempco enters the web 4.0 and the era of Industry 4.0 efficiency with a new logo, modern, essential and ‘lean’ aiming to the concepts of Solid temperature and control over secondary energy.
First Tempco video tutorial dedicated to plate heat exchangers and their advantages in terms of flexibility, higher heat transfer efficiency and compact design.