Electric water temperature control units for temperatures up to 140°C and power up to 5 MW. Maximum efficiency, precise temperature management, and zero emissions.

Thermoregulation units for diathermic oil with burners that can be powered by natural gas, LPG, diesel fuel, and naphtha, for temperatures up to 140°C and power outputs up to 5 MW and equipped with burners certified for low NOx emissions in full compliance with current regulations.

Thermoregulation units for water mixing with water from an existing distribution line. Designed to manage one or more machines operating at temperatures up to 200°C and with power outputs up to 2 MW.

Water heating and temperature control units with extensive management flexibility. They combine a mixed/indirect system with traditional heating (electric or burner). Wide flexibility of use and efficient energy consumption thanks to the dual fuel system.

Units for the temperature regulation of a fluid (water) to the users via a primary fluid (steam, superheated water, or diathermic oil). Through the use of heat exchangers, an existing primary fluid distribution line is exploited to automatically and precisely temperature regulate a second fluid to the users. Available for design powers up to 5 MW and temperatures up to 200°C.

Thermoregulation unit that combines, in a single device, direct heating of the primary fluid via a burner or electric resistance and the thermoregulation of a fluid (water) to the users via a mixer or indirect system. Suitable for thermoregulating one or more users in the absence of a pre-existing thermal fluid network.

Thermoregulation units for water through high-temperature, high-flow fume recovery from the combustion of natural gas, LPG, naphtha, diesel fuel, etc. Available in versions with power up to 4.5 MW and temperatures of 200°C, they allow you to reduce energy waste and production costs while fully respecting the environment.

Units equipped with storage tanks for hot and cold fluids, with valves and recirculation pumps that, thanks to an advanced thermoregulation system, allow for rapid management of heating and cooling cycles, recovering energy and improving efficiency.