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Abstract teal circuitry pattern with glowing traces and nodes on a dark background (tech/ circuitry motif).
Close-up of a large black studio microphone on a stand in a dark room with blue-lit screens in the background.
Thermal visualization of an RF power amplifier enclosure showing heat map (hotspots red) and cooling fins with airflow arrows.

Cooling Electronic Circuits

Electronic circuits of every type have one thing in common:  Higher power and higher temperatures.  Thermal Management with Immersion Cooling can solve these problems.  Customers report that ElectroCool Coolants have enabled them to get “three times the power in half the size”, compared with air cooling.

LEDs, LASERs and Optical Devices

Because of its Optical Clarity, ElectroCool Coolants are used for thermal management of a variety of LASER and High-Powered LEDs for both commercial and military applications.  ElectroCool removes about 1600 times more heat than air, and does it without noisy, vibrating fans.  High powered LED displays can be directly cooled by immersion.  Contact Engineered Fluids to find out more!

Heat-Dense Electronics

Run three times the power in half the size with ElectroCool Dielectric Coolants. 

Immersion in ElectroCool Coolants cool power amplifiers and power supplies far more efficiently than air or cold plates.  Immersion Cooling operates quietly, with no fan noise or vibration, and in spaces that are impractical for air ducts.

ElectroCool is transparent to RF or Microwave signals from CW to 25 GHz.  ElectroCool’s Dielectric Constant is almost flat across this spectrum, too.  This opens applications such as antenna cooling and radome flooding.