Thermic Fluids
High-efficiency heat transfer fluids engineered for thermal stability and long service life.
PDF • Updated 2026
Thermic Fluids are specially formulated heat transfer oils designed for efficient thermal energy transfer in closed-loop and open heating systems. These fluids provide excellent oxidation resistance, thermal stability, and protection against sludge formation at elevated operating temperatures.
Available in Thermic Fluids 500 and Thermic Fluids 600 grades, they ensure consistent heat transfer performance and long operational life in industrial heating applications.
- Thermic Fluids 500
- Thermic Fluids 600
Available Grades:
Technical Specifications
| Analytical Test | Thermic Fluids 500 | Thermic Fluids 600 |
|---|---|---|
| Colour by Gardner | < 3.0 | < 3.0 |
| Appearance | Clear & Bright | Clear & Bright |
| Density @29.5°C | 0.860 – 0.875 | 0.850 – 0.870 |
| K. Viscosity @ 40°C | 28 – 32 | 28 – 35 |
| K. Viscosity @ 100°C | To Report | To Report |
| Viscosity Index | Min 90 | Min 100 |
| Flash Point (COC) | Min 200°C | Min 210°C |
| Pour Point | Max -9°C | Max -12°C |
| Total Acid Number(mg KOH/gm) | Max 1.50 | Max 1.50 |
Advantages
- Excellent Thermal Stability
- High Oxidation Resistance
- Efficient Heat Transfer Capability
- Low Sludge & Deposit Formation
- Extended Fluid Service Life
- Reduced Maintenance Costs
- Stable Performance at Elevated Temperatures
- Good Low-Temperature Flow Characteristics
Applications
- Thermic Fluid Heaters
- Chemical Processing Units
- Textile Industry Heating Systems
- Asphalt Plants
- Oil & Gas Processing
- Food Processing Industries
- Plastic & Rubber Processing
- Industrial Boilers & Heat Exchangers
Suitable for high-temperature heat transfer systems operating under atmospheric or controlled pressure conditions.
Performance Highlights
- Clear & Bright Fluid
- Density Range: 0.850 – 0.875
- High Flash Point (Up to 210°C)
- Low Pour Point (Up to -12°C)
- Controlled Acid Formation (Max 1.50 TAN)
- Improved Viscosity Index (Up to 100)
- Consistent Heat Transfer Efficiency