Tempco expanded its heat exchangers offering with FULL INOX brazed plate exchangers, brazed plate exchangers with full stainless steel construction ideal for thermoregulating units in pharma applications, such as reactors and filtration systems.
Temperature control in carbon fiber automotive components and car bodies production in Dallara supercars manufacturing site, starting from the storage of pre-impregnated carbon fiber sheets, to the heating process and finally cooling of moulded final parts.
Integrated and plug and play thermoregulation system developed for r&d laboratories for APIs production – active pharmaceutical ingredients – in the pharma bioservices sector.
The communicating vessels principles indicates where is most suitable to install the expansion vessel on hydraulic plants and thermoregulation plants, where there are fluids circulating.
Tempco participated as technological partner of Baglietto at the launch of its zero emission Bzero yacht based on a hybrid electric hydrogen system with a fuel cell module producing green hydrogen from seawater.
Turn-key thermal systems designed for temperature regulation of furnaces employed in the precious metals industry, developed thanks to the expertise of Tempco in the carbon ceramic fibers sector.
If there is oil, never put water, usually we can solve the related problems that can happen during the startup of thermoregulating units that works using high temperature diathermic oil. Mind what happens when cooking french fries…
Video animation and interactive 3D model of the TREG HCE Tempco thermoregulating units, in monofluid cooling mode, showing the circuits of fluids and allowing to freely navigate in high resolution the construction details of these units.
TREG thermoregulating units with power consumption adjustment for energy saving combined with chillers for temperature regulation in a wide range, from -15° C to +130° C, in test bench for automotive components.
Interactive 3D models and video animation of Tempco TREG thermoregulating units in mono fluid mode, often employed in temperature regulation of reactors in pharmaceutical and chemical production processes.
