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Galden
Galden® EV110

Galden® EV110 — Thermal Cooling Fluid for Data-Center & EV Applications (~110 °C class)

Packaging:
5kg containers
250kg drums

20 years when stored sealed.

Covers elastomers, hoses, metals, plastics, and sealants.

Syensqo

Sales & Service, Inc. (SSI) is the Exclusive NAFTA Sales & Distribution for Galden fluids used in Electronics Testing, Vapor Phase Solder Reflow, EV/charger cooling, and Data-Center immersion.

About Galden® EV110

Galden® EV110 Thermal Cooling Fluid

Primary Applications

Data-center immersion / direct-contact cooling (low-temperature class)

  • Server cold plates, rear-door HEX, single-phase immersion, two-phase immersion
  • High-power GPUs/CPUs, FPGAs, accelerators, test benches

EV battery, inverter, and power-electronics thermal management where non-flammability and dielectric safety are mandatory

  • Pack/plate cooling, immersion concepts, thermal runaway containment
  • Traction inverter, DC-DC converter, OBC (onboard charger)

High-reliability liquid-cooled fast chargers (EVSE) in public/industrial environments
Liquid-cooled cables, power modules/rectifiers at 150–600+ kW

Galden® EV110
Properties

Typical Properties

GALDEN® EV110
Boiling Point -110°C
Density (25°C) -1.71 g/cm3
KINEMATIC VISCOSITY (25°C) -0.77 cSt
Thermal conductivity (25°C) -0.065 W/m•K
Dielectric strength -40kV
Dielectric constant -1.92
Galden® PFPE

Product Line Details: Galden® PFPE

Choose Galden® PFPE when failure isn’t an option—direct-contact or immersion cooling around live electronics, tight leak-risk spaces, or public/mission-critical installs where non-flammability is mandatory. Its dielectric safety and chemical inertness protect boards, seals, and adhesives, cutting contamination risk and unplanned downtime. While water-glycol or oils win on cost per kW in sealed cold-plate loops, Galden® wins when you need zero flame risk, broad materials compatibility, and cleanroom-grade stability. Perfect for next-gen data center racks, EV batteries/power modules, and liquid-cooled fast chargers pushing extreme current densities.