Knife Steel Chart Mobile:
Mouse over element names to get quick help on its effects in the alloy.
Mouse over multi alloy graph bars to see exact values.
Keyboard Shortcuts - click to see the list.
Select steels from the Interactive Knife Steel Composition Chart.
General:
- Build - Enter
- Settings Dialog - Alt+G
- Show/Hide Ref. Names - Alt+I
- Select Input Box - Alt+]
- Close Dialog - Esc, Space
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With Active Suggestion List:
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PTE(Schmidt+Clemens) - Cold work tool steel. Main notable feature for knife blades is its great toughness. Alloying elements include Chromium, Molybdenum and Tungsten. Some of the makers use it for tough use combat knives, where greater toughness is desired. X63CrMoV51 is tougher than Crucible CPM 3V steel, but less wear resistant. However, if even greater toughness is required then alloys like AISI 5160, AISI S7 would be a better choice, but unless you are making a sword, steels tougher than CPM 3V are not really required in knives, and added wear resistance of 3V(added to toughness) is more beneficial.
Manufacturing Technology - Ingot
Country - Germany(DE)
- Proprietary Equivalents
- Akers - Narva5A
- Allegheny Ludlum - AL-158
- Assab - Calmax
- Bethlehem - Cromo-W55
- Bohler-Uddeholm - K313
- Braeburn - Pressurdie16
- Latrobe - MGR
- Latrobe - LSS MGR
- Lohmann - LO-K 2362
- Metal Ravne - OV266
- Metal Ravne - UTOPMO6
- Ossenberg - EPS62
- Platestahl - M63V
- Platestahl - M63
- Poldi - RAZM
- Teledyne Technologies - Hotform
- Universal Cyclops - RH Special
- Vasco Metal - Hot Form No 3
- Wallace Murray - AirTrueLC
NOTE - Approximate composition based on manufacturer's or standard reference information and other alloys in the same reference group is shown.
Knife Steel Chart Mobile Support:
Help & support for the Knife Steel Chart for Android.Help & support for the Knife Steel Chart for iOS.
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