Knowde Enhanced TDS
Identification & Functionality
- Base Oil Type
- Chemical Family
- Product Type
- Technologies
- Product Families
Features & Benefits
- Ready-to-Use Product Features
- Product Highlights
Closed Loop Systems
- MultiTherm IG-1® is designed for use in liquid-phase heat transfer systems, which are “closed” to the atmosphere. Where practical, it is recommended that there be an inert gas blanketing the systems expansion tank to guard against exposure to air and water to reduce the need to change-out the fluid prematurely.
- MultiTherm IG-1®‚ heat transfer fluid is designed with a maximum film temperature of 600°F / 316°C and a maximum bulk temperature of 550°F / 288°C.
Low Vapor Pressure
MultiTherm IG-1® heat transfer fluid has a low vapor pressure compared to other economical heat transfer fluids. This is important because fluid boil-off is an issue in open systems. The rate of boil-off of a heat transfer fluid is dependent on the fluid vapor pressure. The higher the vapor pressure, the greater the rate of fluid boil-off.High Flash Point
MultiTherm IG-1® also offers the benefit of having a high flash point of 442°F / 228°C compared to other economical heat transfer fluids on the market.Easy Disposal
MultiTherm IG-1® is generally simpler to dispose of than many synthetic thermal liquids. Used, uncontaminated fluid can be treated as a used lubricating oil, and handled through a local waste oil processor. Check with all applicable regulations in advance.- Benefits of MultiTherm IG-1®
- Economical
- Excellent Thermal Conductivity at high temperatures
- Resists Thermal Breakdown in closed-loop systems
- Long Service Life and Excellent performance in closed-loop systems
- Non-Corrosive, Non-Toxic and Non-Hazardous material
Applications & Uses
- Applications
- Applications
MultiTherm IG-1® is an excellent heat transfer fluid used in numerous industries that are looking for an economical heat transfer fluid for various manufacturing processes. Common applications for MultiTherm IG-1® heat transfer equipment used in manufacturing of asphalt shingles and roofing compounds, road-paving equipment, die-casting, paper and particle board.
Properties
- Appearance
- Clear, Liquid, Colorless
- Physical Properties
| Value | Units | Test Method / Conditions | |
| Pour Point | -15.0 | °C | ASTM D97 |
| Density (15°C) | 0.8624 | g/ml | - |
| Fire Point | 228.0 | °C | ASTM D92 |
| Fire Point | 263.0 | °C | ASTM D92 |
| Autoignition Temperature | 354.0 | °C | ASTM D2155 |
| Atmospheric Boiling Point (10%) | 374.0 | °C | ASTM D1160 |
| Film Temperature | max. 316 | °C | - |
| Recommended Bulk Temperature | max. 288 | °C | - |
| Molecular Weight | 440.0 | - | - |
| Pumpable, Temperature (2000cP) | -18.0 | °C | - |
| Heat of Vaporization (316°C) | 977.0 | kJ/kg | - |
| Heat of Combustion | 42.4 | MJ/kg | - |
| Coefficient of Thermal Expansion | 0.00098 | °C | |
| Specific Gravity (37.8°C) | 0.852 | - | - |
| Viscosity (37.8°C) | 54.0 | cSt | - |
| Specific Heat (37.8°C) | 0.466 | Btu/(lb-°F) | - |
| Thermal Conductivity (37.8°C) | 0.0795 | Btu/(h-ft-°F) | - |
| Chemical Type | White Mineral Oil |
Storage & Handling
- Physical Properties
Temperature Specific Gravity Viscosity Specific Heat Thermal Conductivity Vapor Pressure °C cSt Btu/(lb-°F) Btu/(h-ft-°F) mm Hg -6.7 0.881 624 0.419 0.0815 10 0.869 229 0.442 0.0808 37.8 0.852 54 0.466 0.0795 65.6 0.836 16.3 0.49 0.0783 93 0.821 7.7 0.514 0.077 0.0031 121.1 0.805 4.29 0.538 0.0757 0.015 148.8 0.791 2.84 0.563 0.0745 0.113 176.7 0.776 2.01 0.587 0.0733 0.85 204.4 0.762 1.52 0.611 0.072 2.6 232.2 0.747 1.21 0.635 0.0708 10.9 260 0.733 0.988 0.659 0.0695 30 287.8 0.72 0.83 0.684 0.0683 70 315.6 0.706 0.707 0.705 0.0672 156 Temperature Density Viscosity Specific Heat Thermal Conductivity Vapor Pressure °C g/cc m2/s cSt J/(kg-°K) W/(m-°K) mm Hg -10 0.882 1272 1818 0.1363 -20 0.884 3030 1742 0.1416 -10 0.879 1734 1777 0.1412 0 0.873 438 1812 0.1407 10 0.868 229 1861 0.1398 20 0.861 110 1884 0.1388 40 0.85 39.9 1959 0.1359 0.000049 60 0.839 18.6 2031 0.1359 0.0002 80 0.827 10.3 2102 0.1345 0.00096 100 0.816 6.4 2177 0.1328 0.00415 120 0.805 4.36 2248 0.1312 0.012 140 0.794 3.17 2324 0.1296 0.065 160 0.783 2.43 2395 0.1281 0.32 180 0.773 1.93 2470 0.1265 0.96 200 0.763 1.58 2541 0.125 2.1 220 0.752 1.33 2612 0.1234 4.5 240 0.742 1.14 2688 0.1218 15 260 0.732 0.988 2759 0.1203 30 280 0.722 0.868 2834 0.1187 54 300 0.713 0.77 2906 0.1172 95 320 0.708 0.689 2981 0.1156 195