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14C28N favors toughness and corrosion resistance, while 154CM offers higher abrasive edge retention. We would lean toward 14C28N for a low-fuss knife used across a mix of everyday jobs; 154CM is worth choosing when wear during repeated slicing matters more. The better knife is not automatically the one with the more expensive steel.
Performance Ratings
For the science, we turn to Dr. Larrin Thomas of Knife Steel Nerds, who has kindly allowed us to share his ratings here.
| Property | 14C28N | 154CM |
|---|---|---|
| Abrasive edge retention | ||
| Toughness | ||
| Corrosion resistance |
Heat treatment, hardness and geometry affect actual knives.
What 154CM Offers
154CM rates 4.5 for abrasive edge retention versus 14C28N at 3. That gives 154CM a useful advantage for wear-heavy cutting, such as repeated cardboard slicing, assuming the rest of the blade suits the job.
This is conventional 154CM, not CPM 154. The names are easy to confuse, but powder-metallurgy CPM 154 has a separate toughness rating. Check the exact steel on the knife listing before using this comparison to choose between models.
For more on 14C28N, see our 14C28N steel profile.
Why 14C28N Is More Than a Budget Choice
14C28N rates 9 for toughness and 154CM 3.5. Its corrosion-resistance rating is also higher, at 8.5 versus 7. Those are useful strengths for a knife that sees varied cutting or damp conditions, even if 14C28N appears in a less expensive model.
High toughness does not make a knife unbreakable. It gives you a reason to favor 14C28N when resistance to chipping matters, but the maker still needs to choose a suitable heat treatment and edge. A thin slicing blade is not a substitute for a tool designed for impacts.
For more on 154CM, see our 154CM steel profile.
Sharpening and Everyday Maintenance
We would consider 14C28N if you enjoy keeping a keen edge with regular touch-ups rather than seeking the longest possible abrasive-wear interval. 154CM asks you to weigh its higher wear resistance against the work of restoring the edge. Neither rating tells you exactly how long sharpening will take.
Both steels are stainless. Clean off food residue or salt and dry the blade after use; 14C28N’s higher corrosion score is an advantage, not permission to put a wet knife away indefinitely.
Spend for the Knife You Will Use
For a small all-purpose carry knife at similar prices, we would lean toward 14C28N unless abrasive edge wear is your clear priority. For repeated dry slicing, a well-designed 154CM knife is a sensible alternative.
Do not pay more for 154CM solely because you expect every property to improve. In this pairing, you are gaining wear resistance while giving up toughness and some corrosion resistance. Our knife steel guide helps put that choice alongside blade design and maintenance.
Composition
Our steel composition guide explains what the elements do and how to read these values.
14C28N: Alleima nominal composition, mass %; selected elements, not a batch analysis. Alleima: 14C28N datasheet.
154CM: Selected nominal/typical values, mass %; not a batch certificate or complete analysis. Niagara Specialty Metals: 154CM.
| Element | 14C28N | 154CM |
|---|---|---|
| Carbon (C) | 0.62% | 1.05% |
| Silicon (Si) | 0.2% | Not listed |
| Manganese (Mn) | 0.6% | Not listed |
| Chromium (Cr) | 14% | 14% |
| Nitrogen (N) | 0.11% | Not listed |
| Molybdenum (Mo) | Not listed | 4% |
Compare Two Knife Steels
Sources and Update Notes
- Dr. Larrin Thomas: knife steel ratings · Property ratings; the scores describe steels rather than individual finished knives.
- 14C28N composition reference
- 154CM composition reference


