How does Compress Shield work?Simplistically, Compress Shield™ acts like angioplasty for your air conditioning system. A little more technically, Compress Shield™ is a breakthrough in metallurgical thermodynamics and surface chemistry since it alters the heat transfer properties of metal surfaces. To the naked eye, all metals appear to us as smooth, impervious surfaces. In fact, metal exists as crystals with microscopic spaces between the crystals. This is known as a “space Lattice’. When introduced into the system, the Compress Shield™ molecules embed themselves into the metal grain, or space lattice, thereby enhancing the heat transfer rate of the metal, effectively freeing the surface of foreign matter and rendering it virtually frictionless. As the Compress Shield™ molecules embed themselves into the metal, they dislodge the stagnant oil film; it will not allow foreign matter to buildup or reform, and protects the metal surface. The refrigerant oil molecules are released to circulate freely throughout the system, and the impurities collect in the filter dryer PROCESS OF FREON COMPRESSION The compressor compresses cool Freon gas causing it to
become hot, high-pressure gas (red).
This hot gas runs through a set of coils so it can dissipate it’s heat,
and it condenses into a liquid in the process.
The Freon liquid runs through an expansion valve, and in the process it
evaporates to become a cold, low-pressure gas (blue). The cold gas runs through a set of coils that allows the gas to
absorb heat and cool down the air inside the building.
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