Heat Transfer Fluid
Heat Transfer Fluid (Thermic Fluid)
Heat Transfer Fluid
Meets Specifications:
ISO 6743-12:1989, IS 14745: 1999 (TF Medium), ISO-L-QA
Heat Transfer Fluid (Thermic Fluid)
Application areas:
Specially formulated for indirect, closed-cycle and open-cycle heat transfer systems, operating under controlled temperature conditions.
Ideal For:
-Thermic fluid heating systems
-Oil-heated boilers & heaters
-Chemical processing units
-Textile processing machines
– Pharmaceutical heating systems
-Food processing indirect heating
-Plastic injection & molding machines
-Heat exchangers and circulation heaters
Temperature Range:
-Recommended for systems operating up to 250°C (open systems)
-Suitable for higher temperatures in closed systems depending on design
Perfomance benefits:
-Excellent thermal and oxidation stability
-Slows down degradation at high operating temperatures
-Ensures consistent heat transfer efficiency
-Minimizes sludge, carbon, and coke deposits
-High specific heat capacity for effective heat distribution
-Low volatility reduces top-up losses
-Prevents heater fouling and coil damage
-Extends the life of thermic fluid systems
Special Features:
-Manufactured from highly refined Group II base oils
-High flash point ensures operational safety
-Excellent film strength reduces thermal cracking
-Superior resistance to oxidation and thermal breakdown
-Maintains stable viscosity even at elevated temperatures
-Low pour point ensures easy circulation during startup
Physio-chemical properties
| Property | Value |
|---|---|
|
Appearance |
Clear, bright |
|
Density @ 29.5°C |
~0.85–0.88 g/cc |
|
Flash Point, COC |
~ 208°C |
|
Pour Point |
-3°C to -12°C (grade dependent) |
|
Kinematic Viscosity @ 40°C |
Grade-specific (low to medium) |
|
Thermal Stability |
Excellent |
|
Carbon Residue |
Very Low |
|
Acidity |
Nil to minimal |
|
Oxidation Stability |
High |
|
Compatibility |
Suitable for most industrial heaters |
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