Looking for a Tool Steel Heat Treatment Source?
How does agitating a quench liquid improve quenching speed? Why do tool steels require a high austenization temperature for hardending? How thick can a P20 mold steel be through hardened into the center? These and other questions were answered during last week's webinar on heat treatment basics.
How does agitating a quench liquid improve quenching speed? Why do tool steels require a high austenization temperature for hardending? How thick can a P20 mold steel be through hardened into the center? These and other questions were answered during last week's webinar on heat treatment basics.
Mold and die steels can be supplied pre-hardened or in a soft condition to facilitate machining. If machined soft, the steel must be hardened to enable the material to withstand the demands of a production environment. Heat treatment is the process for hardening or altering the internal structure of steels. Several processes can be used to achieve the desired end condition. Once considered an art, heat treatment has been refined by science and technology to a reliable and repeatable industry.
Click here for our archived webinar presented by Ellwood Specialty Steel.
Related Content
-
Coating Technology Enables Tough Mold and Die Steel Machining
Millstar, a part of Cole Tooling Systems, presents a multi-layer hybrid nanocoating for cutting tools that provide key benefits for increased efficiency in any machining operation.
-
Advances in P20 Steel Potentially Eliminates Need for Stress Relieving After Rough Cutting
Omega Tool Corp. compares conventional, new P20 grades side by side in production fascia tools, finds no downside.
-
How to Achieve the Best Mold Finish
A look at factors that impact the polishability of tool steels and recommendations for obtaining a high-gloss finish.
