Rozaliya Lube
Rozaliya Lube

ROZALIYA

Lubricants

THERM
Industrial Lubricant

Industrial Lubricant

THERM

Rozaliya Therm oils are superior quality heat transfer oil, which are developed for a use as a heat transfer. medium in industrial applications. These oil is developed from specially refined mineral oil compounded with suitable additives. This oil possess high viscosity index, excellent thermal and oxidation stability, low volatility and low vapour pressure to give lang service life in heat transfer systems. These oil is non-corrosive and has good heat transfer properties. Rozaliya Therm H 32 is recommended for well-designed heat transfer system operating up to 290°C.

SAE Grades

THERM 32, H 32

Performance

MEETS IS 14745:1999 (Reaffirmed 2004) specifications.

Features

  • Give long service life they have high resistance to thermal cracking and oxidation.
  • Have high specific heat and good thermal conductivity at all temperatures.
  • Consequently provide rapid heating and more flexibility in heat transfer systems.
  • Excellent thermal stability provides optimum life and performance.
  • Ensure low power consumption since they maintain adequately.
  • Low viscosity for assures excellent fluidity over a wide range of temperature.
  • Low volatility coupled with low vapour pressure and high flash point indicate low evaporative loss.
  • Non-corrosive and non-toxic.
  • Perform efficiently in high as well as low temperature heating applications.

Applications

  • Rozaliya Thermic oils are recommended as a fluid medium in various types of heat transfer system industry in indirect or secondary heating in a closed system with forced circulation
  • These oils are suitable for use in both closed as well as open type heat transfer systems
  • It is also recommended for conventional heat transfer systems for industrial applications like chemical plants, process heating industries, textile plants etc
  • it is also suitable for application where repeated heating and cooling cycles are involved
  • Therm H 32 recommended for use in well-designed heat transfer systems involving bulk temperature up to 290oC Max