howitworks

Refrigeration systems rely on a refrigerant oil to lubricate its moving parts.
Eventually this oil migrates through the system forming an insulating layer.

PermaFrost, once injected will dislodge the insulating, non-conductive layer of
oil and replace it with highly charged thermo-conductive molecules and
eliminates future build-up for the life of the system.

The energy that was lost to friction is also restored. Less energy is needed to
"circulate" the refrigerant throughout the system because PermaFrost is a superior
lubricant.

Before PermaFrost

Reduced system efficiency means more on time to satisfy your thermostat.
System works harder to deliver the design specification results.
Causes it to run longer and use more energy.
Increased wear and tear

Over time this stagnant oil film builds-up and thickens causing considerable reductions in efficiency,
increase maintenance costs and shorter compressor life.

After PermaFrost

Stagnant oil film washed away
Refrigerant comes in direct contact with coils
Thermo-conductive molecules accelerate Heat Transfer
Permafrost's compound bonds to metal

PermaFrost attracts heat from the refrigerant and conducts it through the metal at an accelerated rate
therefore increasing the systems capacity and reducing energy use.

View Power Point S how

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