14C28N vs Nitro-V

14C28N resists corrosion better, and the two tie on edge retention, toughness and ease of sharpening. The differences are small, so the knife itself matters more than the steel.

14C28N vs Nitro-V ratings14C28N: Edge retention 3/10, Toughness 8/10, Corrosion resistance 8/10, Ease of sharpening 9/10; Nitro-V: Edge retention 3/10, Toughness 8/10, Corrosion resistance 7/10, Ease of sharpening 9/10Edge retention3 / 3Toughness8 / 8Corrosion resistance8 / 7Ease ofsharpening9 / 914C28NNitro-V

Who wins each property

14C28N vs Nitro-V: rating differencesEdge retention: 14C28N 3, Nitro-V 3; Toughness: 14C28N 8, Nitro-V 8; Corrosion resistance: 14C28N 8, Nitro-V 7; Ease of sharpening: 14C28N 9, Nitro-V 9← Nitro-V better14C28N better →Edge retentiontieToughnesstieCorrosion resistance+1Ease of sharpeningtie

Side by side

14C28NNitro-V
TypeStainless steelsStainless steels
Hardness57–60 HRC59–62 HRC
Edge retention3/103/10
Toughness8/108/10
Corrosion resistance8/107/10
Ease of sharpening9/109/10
Price tierBudgetMid-range
MakerAlleima (Sandvik)Buderus Edelstahl (for New Jersey Steel Baron)
14C28N vs Nitro-V hardness14C28N: 57-60 HRC; Nitro-V: 59-62 HRC55 soft60 mid65 very hard507057–6059–62

Composition

Element14C28NNitro-V
Carbon (C)0.620.68
Chromium (Cr)1413
Vanadium (V)—0.08
Nitrogen (N)0.110.11
Manganese (Mn)0.60.65
Silicon (Si)0.20.45
Phosphorus (P)0.0250.025
Sulfur (S)0.010.015
14C28N vs Nitro-V composition14C28N: C 0.62%, Cr 14.0%, N 0.11%, Mn 0.6%, Si 0.2%, P 0.025%, S 0.01%; Nitro-V: C 0.68%, Cr 13.0%, V 0.08%, N 0.11%, Mn 0.65%, Si 0.45%, P 0.025%, S 0.015%0%5%10%15%Carbon (C)0.620.68Chromium (Cr)1413Vanadium (V)–0.08Nitrogen (N)0.110.11Manganese (Mn)0.60.65Silicon (Si)0.20.45Phosphorus (P)0.0250.025Sulfur (S)0.010.01514C28NNitro-V

Property by property

Edge retention

Both rate 3/10 for edge retention. Vanadium: 0% vs 0.08%; more vanadium carbide generally means more wear resistance.

Toughness

Both rate 8/10 for toughness. Typical hardness: 57–60 vs 59–62 HRC; harder blades trade toughness for edge holding.

Corrosion resistance

14C28N resists corrosion better: 8/10 against 7/10 for Nitro-V, a 1-point gap. Chromium: 14% vs 13%, though what matters is the chromium left in solution, not the total.

Ease of sharpening

Both rate 9/10 for ease of sharpening.

Knives in each steel

14C28N

KnifeBrandBladeWeightLockList priceBuy
Kershaw Leek 1660Kershaw3"3 ozFrame lock$124.99Blade HQ
Kershaw Blur 1670BLKKershaw3.4"3.9 ozLiner lock$159.99Blade HQ

Nitro-V

KnifeBrandBladeWeightLockList priceBuy
Civivi Button Lock Elementum IICivivi2.96"3.12 ozButton lock$76.50Blade HQ
Civivi Baby Banter Slip JointCivivi2.34"2.36 ozSlip joint$75Blade HQ
Civivi ZygonCivivi3.24"3.37 ozCrossbar lock$79.70Blade HQ

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FAQ

Which is better, 14C28N or Nitro-V?

14C28N resists corrosion better, and the two tie on edge retention, toughness and ease of sharpening. The differences are small, so the knife itself matters more than the steel.

Which is harder, 14C28N or Nitro-V?

14C28N is typically run at 57–60 HRC and Nitro-V at 59–62 HRC.

Is 14C28N or Nitro-V more rust resistant?

14C28N (8/10). Both are conventional stainless steels.

Related comparisons

Full steel pages: 14C28N · Nitro-V