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Overview
Compressive
Stress Surface Engineering for Tooling
Increases Fatigue Resistance - Die Casting,
Blanking/Stamping (HSLA*)
(Tool Steels - Hot, Cold, and Powdered Metal Classes)
Close Minor Cracks (plastic flow) - Die Casting
Retards Propagation of Existing Cracks - Die Casting
Cavitation Breakout Resistance - Die Casting
Increases Effectiveness of Welded Areas - All
Counter EDM White Layer Effect - All
Compressive Texturing Benefits
Buffer Cavitation Breakout and Pitting
Enhances Metal Flow
Improve Heat Transfer Rate from Steel
Reduce Tendency to Solder
Benefits to the End User
Improved Powder Coat Paint Adhesion
Less Hidden Casting Porosity
Improved Casting Appearance with Less Flow Marks
Lamination Free Quicker Polishing
Benefits that Coatings and Platings Cannot Offer
28 Years of Industry Use
Die Casting Dies
Thermoset and Abrasive Plastic Mold Environments
Drawing/Forming/Blanking Dies - Fatigue and Galling Preventative
(Increased Fatigue Strength for HSLA* applications)
High Strength Low Alloy Steels - causing
Increased Snap-through & Tonnage
Related Topics
> - Overview
ThermaLLife
Related Topics
> - Overview
TooLLife |
