Skip to main content

Dry Coolers

Product Warranty


What type of dry coolers or radiators can be used with Engineered Fluids Dielectric Coolants?

Engineered Fluids offers a line of dry coolers that are optimized for use with our Dielectric Coolants. We have done extensive testing on these units and are able to warranty their performance with our coolants. See the data sheet attached to this post for more information about our SLIC Optimized Dry Coolers.

If you wish to use another brand or model of dry cooler in your system, the only special requirement is to ensure that all gaskets and O-rings are made from Viton / FMK or use PTFE. Any standard dry cooler, liquid cooler, or radiator can work, but you will need to calculate the heat load and dissipation based on the manufactures information. You will find all the information required by the dry cooler sizing engineer on our data sheets for each product.

AmpCool Technical Data Sheet
BitCool Technical Data Sheet
ElectroCool Technical Data Sheet
SLIC Dry Coolers – E.pdf


How is the fluid temperature regulated? Dry cooler fan modulation or via a pump controller?

With Single-phase Liquid Immersion Cooling (SLIC) technology, temperature regulation is done by either increasing the amount of cooling surface area, or by increasing the efficiency of the cooler (most often by having thermostatically-controlled fans). Increasing the fluid flowrate helps only if the flowrate is too low to efficiently remove heat from the hot components; once it’s flowing fast enough to do that, then further flowrate increases won’t help.

Increasing the fluid volume won’t help the system run cooler, but it will help the system to be easier to maintain at a steady temperature when there are fluctuations in other parameters. Having too little fluid in a system makes the system less stable and run on a “knife edge”.

Product Warranty


We want to change the way the world cools all electronic devices and help our planet at the same time! We believe that we can reduce the energy demands and increase the performance of any electrical device that generates waste heat (which is all of them!).

Learn More