Most heat transfer processes for solids, liquids, and gases in industrial systems are indirect. Heat transfer oils act as thermal carriers in this process, absorbing heat from the source (heat generator) and transferring it to the required point. Selecting the right heat transfer oil requires knowing whether the system is open or closed, the maximum temperature to be reached, system design, oil circulation status, and the expected service life of the oil.

Heat transfer oils are produced to deliver superior performance across various industrial sectors, suitable for all types of heat transfer system designs and operating temperatures.

GENERAL FEATURES

• Ensures high system efficiency with a high heat transfer coefficient

• Long service life due to excellent oxidation and thermal stability

• Non-corrosive properties

• Ease of operation at low temperatures

• Low vapor pressure

• Good solvency properties

• Minimizes evaporation loss due to low volatility

• Compatible with sealing elements in the system

• Shows minimal viscosity increase during use

MINERAL-BASED HEAT TRANSFER OILS

• Closed System Heat Transfer Oils (up to 320°C)

• Open System Heat Transfer Oils (up to 275°C)

SYNTHETIC HEAT TRANSFER FLUIDS

• Synthetic heat transfer oils with high flash points produced using synthetic technology

• Synthetic hydrocarbon-based heat transfer fluids operable at low temperatures (down to -60°C)

• Alkylbenzene-based synthetic heat transfer fluids with high oxidation resistance

• Silicone-based synthetic heat transfer fluids with dielectric properties

• Diphenyl and terphenyl-based synthetic heat transfer fluids suitable for high operating temperatures (up to 400°C)