The Deep Cryogenic Process can be applied to any number of
industries with a variety of applications.
Restoring old vehicles or rebuilding an
engine?
Cryogenically treating main and cam bearings, pistons,
camshafts, rocker arms, push rods, crankshafts, wheel bearings and even heads
can provide better heat transfer through the material, more corrosion
resistance, and nearly 3 times the life of untreated components.
Run CnC machinery?
Cutting surfaces on bits will remain sharper and cut cleaner up
to 3 times as long, saving time on bit changes and money on bits. Drill
bits benefit as well.
Mechanic or fleet manager?
Brake rotors and ceramic pads will last up to
3 times as long and shorten stopping distances in the process.
Tools are stronger, and clean easier.
Work with wood?
Router bits, saw blades, chisels and drill bits all stay sharper
longer, resist corrosion and will be easier to clean.
Firearms manufacturer, Dealer or plain old
enthusiast?
Cryogenically treating rifle barrels and other key components
will increase accuracy, dissipate heat more evenly, provide corrosion
resistance, make the components easier to clean and increase the life of the
components by up to 3 times over untreated ones.
What Cryogenically treating components won’t do is fix
manufacturing defects and inferior quality products.
This process is not recommended for any soft soldered components
in firearms, i.e. side by side or over and under shotgun barrels or firearms
with ornate decorations.