THE GLACIER JOURNAL

A clearer view.
A better decision.

Ideas, explanations and practical questions for the people behind thermal systems.

Electronics cooling

3 articles

A direct-to-chip cold plate assembly with coolant tubing connected at the fittings

Cold-plate cooling fluids: what to confirm in a water-glycol loop

Direct-to-chip liquid cooling puts conductivity, materials and monitoring into the fluid specification. See which checks decide a data-centre coolant.

September 11, 20265 min read

Server hardware being lowered into a dielectric immersion cooling tank

Electronics cooling

Immersion cooling fluids: what to confirm beyond breakdown voltage

A dielectric fluid's datasheet leads with breakdown voltage, but pour point, viscosity, flash point and material compatibility are the properties that decide whether it works.

September 11, 20267 min read

Server racks illustrating an electronics thermal-management environment

Electronics cooling

Indirect liquid cooling vs immersion: choose the fluid for the architecture

Separate indirect-loop, fluorinated and immersion fluid requirements for electronics cooling. Learn what to confirm before shortlisting LM-4, LM-14 or LM-17.

September 11, 20263 min read

A clearer view.
A better decision.

Electronics cooling

Cold-plate cooling fluids: what to confirm in a water-glycol loop

Immersion cooling fluids: what to confirm beyond breakdown voltage

Indirect liquid cooling vs immersion: choose the fluid for the architecture

Your process is specific.
Your coolant should be, too.

A clearer view.
A better decision.

Electronics cooling

Cold-plate cooling fluids: what to confirm in a water-glycol loop

Immersion cooling fluids: what to confirm beyond breakdown voltage

Indirect liquid cooling vs immersion: choose the fluid for the architecture

Your process is specific.
Your coolant should be, too.

Electronics cooling

Cold-plate cooling fluids: what to confirm in a water-glycol loop

Immersion cooling fluids: what to confirm beyond breakdown voltage

Indirect liquid cooling vs immersion: choose the fluid for the architecture

Your process is specific.Your coolant should be, too.

Electronics cooling

Cold-plate cooling fluids: what to confirm in a water-glycol loop

Immersion cooling fluids: what to confirm beyond breakdown voltage

Indirect liquid cooling vs immersion: choose the fluid for the architecture

Your process is specific.Your coolant should be, too.

Your process is specific.
Your coolant should be, too.

Your process is specific.
Your coolant should be, too.