Special savings available for Solvay Galden and 3M™ Fluorinert™ users
Fluorinated heat transfer fluids are among the most expensive in the chemical industry. Commonly associated with single phase heat transfer applications in the semiconductor manufacturing industry these materials are well-suited to a variety of semiconductor manufacturing heat transfer applications, such as etchers, ion implanters and testers.
Other safe heat transfer media for demanding applications including:
- Vapor phase heating
- Transformer and super computer cooling
- Recirculating chillers
Applications consist of component immersion, wafer etching, ion implantation, radar equipment, transformers, power supplies, UF6production, chillers, cooling towers, and freeze dryers.
CF3 – (OCFCF2)n – (OCF2)m – OCF3
|Vapor Pressure (Torr)||5.8||0.8||0.2|
|Specific Heat (J/g)||0.232||0.232||0.232|
|Heat of Vaporization||16||16||15|
|Kinematic Viscosity (cSt)||1||1.8||2.4|
|Volume Resistivity||1.5 x 1015||1.5 x 1015||6 x 1015|
|Solubility of Water|
|(ppm by wt)||14||14||14|
|Solubility of Air|
|(cm3 gas/100 cm3 liquid)||26||26||26|
|Operating Range||-50 to 125||-30 to 160||-20 to 190|
3M™ Fluorinert™ and Solvay Galden are the two market leaders. With few suppliers, consumers must be resourceful in how they buy, use and dispose of these valuable materials. The great news is that these materials can be reclaimed to their original state at fraction of the cost of new. Reusing inert heat transfer fluids many times gains greater cost efficiencies. Under most conditions you can expect 90% of the contaminated fluid returned to like new quality resulting in minimal hazardous waste disposal. Using reclaimed heat transfer fluids decreases downtime on equipment & significantly improves your MRO budgett.
To learn more about ways to save money through extending the life of your fluorinated heat transfer fluids, please call Courtney at 800 563-1305 or email Courtney to buy or request a FREE quote.
HT-200 is a high performance, inert fluid suitable for use in HEAT TRANSFER and DIELECTRIC APPLICATIONS requiring:
• High Thermal Stability
• Good Dielectric Properties
• Excellent Chemical Inertness
• Good Compatibility with metals, plastics and elastomers
• No Flash or Fire Point, No AutoIgnition Point