14C28N vs S35VN

14C28N is tougher, resists corrosion better and is easier to sharpen; S35VN holds an edge longer. Choose 14C28N for easy sharpening, S35VN for edge retention.

14C28N vs S35VN ratings14C28N: Edge retention 3/10, Toughness 8/10, Corrosion resistance 8/10, Ease of sharpening 9/10; S35VN: Edge retention 6/10, Toughness 5/10, Corrosion resistance 7/10, Ease of sharpening 5/10Edge retention3 / 6Toughness8 / 5Corrosion resistance8 / 7Ease ofsharpening9 / 514C28NS35VN

Who wins each property

14C28N vs S35VN: rating differencesEdge retention: 14C28N 3, S35VN 6; Toughness: 14C28N 8, S35VN 5; Corrosion resistance: 14C28N 8, S35VN 7; Ease of sharpening: 14C28N 9, S35VN 5← S35VN better14C28N better →Edge retention−3Toughness+3Corrosion resistance+1Ease of sharpening+4

Side by side

14C28NS35VN
TypeStainless steelsPowder metallurgy stainless steels
Hardness57–60 HRC58–61 HRC
Edge retention3/106/10
Toughness8/105/10
Corrosion resistance8/107/10
Ease of sharpening9/105/10
Price tierBudgetMid-range
MakerAlleima (Sandvik)Crucible
14C28N vs S35VN hardness14C28N: 57-60 HRC; S35VN: 58-61 HRC55 soft60 mid65 very hard507057–6058–61

Composition

Element14C28NS35VN
Carbon (C)0.621.4
Chromium (Cr)1414
Vanadium (V)—3
Molybdenum (Mo)—2
Niobium (Nb)—0.5
Nitrogen (N)0.11—
Manganese (Mn)0.60.5
Silicon (Si)0.20.5
Phosphorus (P)0.0250.03
Sulfur (S)0.010.03
14C28N vs S35VN composition14C28N: C 0.62%, Cr 14.0%, N 0.11%, Mn 0.6%, Si 0.2%, P 0.025%, S 0.01%; S35VN: C 1.4%, Cr 14.0%, V 3.0%, Mo 2.0%, Nb 0.5%, Mn 0.5%, Si 0.5%, P 0.03%, S 0.03%0%5%10%15%Carbon (C)0.621.4Chromium (Cr)1414Vanadium (V)–3Molybdenum (Mo)–2Niobium (Nb)–0.5Nitrogen (N)0.11–Manganese (Mn)0.60.5Silicon (Si)0.20.5Phosphorus (P)0.0250.03Sulfur (S)0.010.0314C28NS35VN

Property by property

Edge retention

S35VN holds an edge longer: 6/10 against 3/10 for 14C28N, a 3-point gap. Vanadium: 0% vs 3%; more vanadium carbide generally means more wear resistance.

Toughness

14C28N is tougher: 8/10 against 5/10 for S35VN, a 3-point gap. Typical hardness: 57–60 vs 58–61 HRC; harder blades trade toughness for edge holding.

Corrosion resistance

14C28N resists corrosion better: 8/10 against 7/10 for S35VN, a 1-point gap.

Ease of sharpening

14C28N is easier to sharpen: 9/10 against 5/10 for S35VN, a 4-point gap.

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

S35VN

KnifeBrandBladeWeightLockList priceBuy
Zero Tolerance 0450CFZero Tolerance3.25"2.45 ozTitanium frame lock$295Blade HQ

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FAQ

Which is better, 14C28N or S35VN?

14C28N is tougher, resists corrosion better and is easier to sharpen; S35VN holds an edge longer. Choose 14C28N for easy sharpening, S35VN for edge retention.

Which is harder, 14C28N or S35VN?

14C28N is typically run at 57–60 HRC and S35VN at 58–61 HRC.

Is 14C28N or S35VN more rust resistant?

14C28N (8/10). 14C28N is a conventional stainless steel; S35VN is a powder metallurgy stainless steel.

Related comparisons

Full steel pages: 14C28N · CPM S35VN