Galden® PFPE fluorinated fluids for two-phase immersion and direct-to-chip cooling, plus high-performance polymers for fans and thermally conductive parts. HeTone delivers Syensqo solutions across Asia with application engineering and local supply.
Syensqo is the specialty materials company spun off from Solvay in December 2023, headquartered in Brussels. Its Galden® PFPE perfluoropolyethers are liquid polymers built entirely from carbon, oxygen, and fluorine: non-flammable with no flash point, chemically inert, strongly dielectric, and liquid from roughly −100 °C to +290 °C across the grade range. Alongside the fluids, Ryton® PPS, KetaSpire® PEEK, and Amodel® PPA high-performance polymers serve cooling fans and thermally conductive parts.
As an authorized distributor, HeTone brings the Syensqo thermal-management portfolio to Asia. We help engineers match Galden® grades to their boiling-point and dielectric requirements, coordinate material-compatibility evaluation for immersion systems, and supply fluids, Fomblin® lubricants, and polymer grades from prototype samples through volume deployment, with Syensqo's ECHO sustainable-solutions program supporting long-term operation.
Perfluoropolyether fluids for two-phase immersion and direct-to-chip cooling. No flash point and non-flammable, chemically inert, with excellent dielectric properties and stable flow behavior across a wide temperature range.
Non-flammable, no flash pointRyton® PPS and KetaSpire® PEEK deliver high-temperature performance for cooling fans, while Ryton® PPS and Amodel® PPA grades enable thermally conductive polymer parts.
PPS / PEEK / PPASpecialty lubricants built on the same carbon-oxygen-fluorine PFPE backbone as Galden®. Outstanding thermal and oxidative stability with excellent chemical inertness for demanding lubrication points.
Chemically inert PFPE
In a two-phase immersion tank, electronics run fully submerged in Galden® PFPE. Heat from the chips boils the fluid at its nominal boiling point; the vapor condenses on a cooling coil and rains back down, moving heat without pumps pushing coolant through the servers. Because the fluid is dielectric and chemically inert, boards, connectors, and solder run in direct contact with it.
Galden® HT grades are named for their nominal boiling point. Low-boiling grades from HT55 to HT135 suit two-phase duty, where the boiling point sets the operating temperature of the immersed hardware; high-boiling HT170 to HT230 serve single-phase and heat-transfer loops. Across the family the fluids stay liquid from roughly −100 °C to +290 °C.
Syensqo's thermal-management portfolio reaches well beyond fluids. Ryton® PPS and KetaSpire® PEEK give cooling fans high-temperature strength, Ryton® PPS and Amodel® PPA enable thermally conductive polymer parts, Fomblin® PFPE covers demanding lubrication points, and the ECHO program backs it all with sustainable solutions.
Measured values from our application engineering materials. Contact us for complete datasheets and lot-specific certificates.
| Grade | Boiling point°C | Pour point°C | Densityg/cm³ | Kinematic viscositycSt | Thermal conductivityW/m·K | Heat of vaporizationcal/g · at BP |
|---|---|---|---|---|---|---|
| HT55 | 55 | < −125 | 1.65 | 0.450 | 0.065 | 22.0 |
Values from HeTone application engineering materials, request official datasheets for design sign-off.
| Grade | Dielectric strengthkV · 2.54 mm gap | Volume resistivityohm·cm | Dielectric constant |
|---|---|---|---|
| HT55 | 40 | 1.0 × 10¹² | 1.86 |
Values from HeTone application engineering materials, request official datasheets for design sign-off.
| Grade | Nominal boiling point°C | Class |
|---|---|---|
| HT55 | 55 | Low-boiling |
| HT70 | 70 | Low-boiling |
| HT80 | 80 | Low-boiling |
| HT110 | 110 | Low-boiling |
| HT135 | 135 | Low-boiling |
| HT170 | 170 | High-boiling |
| HT200 | 200 | High-boiling |
| HT230 | 230 | High-boiling |
Values from HeTone application engineering materials, request official datasheets for design sign-off.
Send us your thermal requirements, we will recommend and validate the right material combination for your design.