
Heat Exchanger
Heat Exchangers manufactured utilizing Parker's Macrolaminate technology offer increased thermal performance for a given envelope, and offer complex flow circuits, conformal geometries, and dual thermal and structural functions.
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Heat Exchangers manufactured utilizing Parker's Macrolaminate technology offer increased thermal performance for a given envelope, and offer complex flow circuits, conformal geometries, and dual thermal and structural functions.

Laboratory use liquid-to-air heat exchanger. The integrated pump and heat exchanger are designed to cool a variety of liquids.

Rugged 8U enclosure incorporating a liquid-cooled one air transport rack (ATR) form-factor chassis. The enclosure provides a closed-loop fluid management system and a liquid-to-air heat exchanger.

The unique manufacturing process allows an aluminum, multi-layer construction as thin as 0.080 inch. Single-phase or two-phase cooling is achieved using a wide range of dielectric (e.g. PAO/fluorocarbon) and non-dielectric (e.g. EGW/PGW) fluids.

Heat exchangers manufactured utilizing Parker Aerospace's macrolaminate technology offer increased thermal performance for given envelope, complex flow circuits, conformal geometries, and enable dual-thermal and structural functions.

Parker’s SprayCool® multiple platform enclosure (MPE) series of enclosures utilize the efficiency of evaporative (two phase) cooling using a patented direct spray technology and a di-electric fluid.

One ATR format system for multiple high-power VPX modules each in excess of 150 watts. Up to four kW of cooling is possible utilizing the single loop fluid system and the Parker-patented macrolaminate construction of the enclosure cold plate side walls.