Sigma thermic fluids, which act as a heat carrier, is heated up in the heater and circulated through the user equipment. There it transfers heat for the process and the fluid is then returned to the heater. The advantages of these Sigma Thermic Fluids are: Closed cycle operation with minimum losses as compared to steam boilers. Non-Pressurized system operation even for temperatures around 250°C as against 40kgcm² steam pressure requirement in a similar steam system. Automatic control settings, which offer operational flexibility. Good thermal efficiency loss due to blow down, condensate drain and flash steam do not exist in a thermic fluid heater system.

Sigma thermic fluids, which act as a heat carrier, is heated up in the heater and circulated through the user equipment. There it transfers heat for the process and the fluid is then returned to the heater. The advantages of these Sigma Thermic Fluids are: Closed cycle operation with minimum losses as compared to steam boilers. Non-Pressurized system operation even for temperatures around 250°C as against 40kgcm² steam pressure requirement in a similar steam system. Automatic control settings, which offer operational flexibility. Good thermal efficiency loss due to blow down, condensate drain and flash steam do not exist in a thermic fluid heater system.