The era of Artificial Intelligence is here, and its intensive compute requirements are fundamentally reshaping datacenter demands. The escalating need for power and sophisticated cooling, driven specifically by AI workloads, presents critical challenges in sustainability and thermal management. Advanced immersion fluid solutions are becoming essential to unlock the full potential of AI compute, ensuring energy efficiency and enabling the deployment of next-generation, high-density AI infrastructure.
- Sustainability
- Performance
- Safety
- Renewability
- 100% renewable carbon, biodegradable, and without any of the impurities typically found in petroleum-based products.
- Thermal Properties
- Higher thermal conductivity and heat capacity than similar synthetic fluids, PAO, GTL, or Group III base oils
- Stability
- Highest oxidation stability and long-term aging performance. Extreme temperature, UV, and chemical resistance
- Dielectric Properties
- Lowest dielectric constant and dissipation factor. Non-polar fluid with lowest water adsorption.
Typical Properties – DCF-281
| Properties | Method | Typical Values |
| Viscosity, 40°C (cSt) | ASTM D7042 | 10.50 |
| Viscosity, 100° (cSt) | ASTM D7042 | 2.81 |
| Flash point (°C) | ASTM D92 | 192 |
| Autoignition Point (°C) | ASTM E659 | 325 |
| Biobased Carbon Content | ASTM D6866 | 100% |
| Thermal Conductivity 40°C (W/m∙K) | ASTM D7896 | .1406 |
| Specific Heat Capacity at 40°C (J/g∙K) | ASTM D7896 | 2.11 |
| Dielectric Constant | ASTM D924 | <2.1 |