Result & Benefits
Automotive, Defense, Manufacturing (paper, plastic, garment, machining),Medical, Musical Equipment and Sporting Goods are among the manyindustries that benefits from its treatment process.
Almost all varieties of material composites benefits from Deep Cryogenics Tempering treatment.
| Study performed by Dr. R.F. Barron, Louisiana Polytechnic Institute.Percentage of increase in wear resistance on various materials composite treated with Cryogenic tempering at temperatures below -300º F as shown. |
| Metal AISI# |
Description |
% Increase In Wear Resistance |
| D2 |
High Carbon/Chromium
Die Steel |
817% |
| S-7 |
Silicon Tool Steel |
503% |
| 52100 |
Standard Steel |
420% |
| 0-1 |
Oil Hardening Cold Work Die Steel |
418% |
| A-10 |
Graphite Tool Steel |
264% |
| M-1 |
Molybdenum High-Speed Steel |
225% |
| H-13 |
Chromium/Moly High-Speed
Steel |
209% |
| M-2 |
Tungsten/Moly High-Speed Steel |
203% |
| T-1 |
Tungsten High-Speed
Tool Steel |
176% |
| CPM-10V |
Alloy Steel |
131% |
| P-20 |
Mold Steel |
130% |
| 440 |
Martensitic Stainless |
121% |
| 430 |
Ferritic Stainless |
119% |
| 303 |
Austenitic Stainless |
110% |
| 8620 |
Nickel-Chromium-Moly
Alloy Steel |
104% |
| C-1020 |
Carbon Steel |
98% |
| AQS |
Graphite Cast Iron |
97% |
| T-2 |
Tungsten High-Speed Steel |
92% |
| R.F. Barron
study results. Louisiana Polytechnic Institute. |
| Listed below
are some of the field test results benefits from using Deep
Cryogenic Tempering to improves wear tools with materials. This
chart illustrates general improvements as represented in percentages.
|
| AISI# |
Description / Industrial Tools |
Results |
| D2 |
Stamping Die |
1000% |
| M42, M7, C2 |
Drills |
300% |
| M7 |
Milling |
250% |
| Inconel |
Deburring |
400% |
| M7 |
Punch |
600% |
| M42 |
End Mill |
450% |
| M2, M7 |
Hob |
300% |
| M7 |
Slicer |
600% |
| M7 |
Shredder (Paper) |
400% |
| 347 |
Stainless Milling |
375% |
| 400 |
Stainless Dentistry |
500% |
| M42 |
Band saw blades |
350% |
| M42 |
Drill bits |
400% |
| T2 |
High-speed end mills |
400% |
| 4140 |
Directional boring bits |
325% |
| Copper |
Welding electrode |
600% |
| Saw Chain |
Logging saw chain |
400% |
| Ti-N Coating |
Gear Cutter |
350% |
| M2, M7 |
Key Cutter |
250% |
| S2, M2, 4140,
316 University corrosion study Reduced all corrosion |
| Types Of Tooling
that gain in performances |
| · Broaches |
· Grinders |
· Scissors |
| · Cams |
· Hog Mills |
· Circular Slitters |
| · Carbide Cutters |
· Hammer Mills |
· Slurry Pumps |
| · Chain Saws |
· Key Cutters |
· Taps |
| · Chippers |
· Knives |
· Welding Electrodes |
| · Circular Saws |
· Hobs |
· Needle (Sewing
Machine) |
| · Counter Sinks |
· Milling Inserts |
· And more... |
| · Crushers |
· Molds |
|
| · Cutters |
· Punches |
|
| · Dies |
· Reamers |
|
| · Drill Bits |
· Roughing Mills |
|
| · End Mills |
· Router Bits |
|
| · Extruders |
· Shear Blades |
|
| · Face Mills |
· Shredders |
|
|
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