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
-
With Active Suggestion List:
- Copy Current Suggestion To Input Box - Tab or Right
- Select Next Suggestion - Down
- Select Previous Suggestion - Up
Generated 97409694 times.
14C28N(Sandvik) - Sandvik stainless steel, specifically developed as a knife blade steel. Initially, it was exclusive to Kershaw/Kai cutlery but is now also used by Italian knife company Nilte in their folders. Ontario offers a line of kitchen cutlery in this steel and it is recently being used by some Chinese manufacturers.
The composition was first published in 2011, however, it was incorrect, listing the wrong Nitrogen content, 0.55%, instead of the correct value .11%. This data is no longer on the official Sandvik website.
The addition of Nitrogen improves the corrosion resistance and hardness.
Sandvik's recommended working hardness 55-62HRC. The alloy, when properly heat treated forms a very fine grain structure increasing edge retention. This steel sharpens quite easily and takes a very sharp edge.
62HRC isn't considered a very high absolute hardness as there are many other alloys capable of 64-68HRC. However as hardness increases, chipping and brittleness start to come into play.
Still, it is a very decent alloy, offering a balanced combination of corrosion resistance, edge stability, wear resistance and strength.
The composition was first published in 2011, however, it was incorrect, listing the wrong Nitrogen content, 0.55%, instead of the correct value .11%. This data is no longer on the official Sandvik website.
The addition of Nitrogen improves the corrosion resistance and hardness.
Sandvik's recommended working hardness 55-62HRC. The alloy, when properly heat treated forms a very fine grain structure increasing edge retention. This steel sharpens quite easily and takes a very sharp edge.
62HRC isn't considered a very high absolute hardness as there are many other alloys capable of 64-68HRC. However as hardness increases, chipping and brittleness start to come into play.
Still, it is a very decent alloy, offering a balanced combination of corrosion resistance, edge stability, wear resistance and strength.
Manufacturing Technology - Ingot
Country - Sweden(SE)
Knife Steel Chart Mobile Support:
Help & support for the Knife Steel Chart for Android.Help & support for the Knife Steel Chart for iOS.
Thanks, Credits And References