Knife steel chart

30 knife steels with their key alloying elements, typical hardness and 1-10 performance ratings. Click a column to sort; tap a steel for the full page.

SteelTypeC %Cr %V %Mo %HRCEdgeToughCorr.Sharp.AvgTier
1095Carbon steels 0.9556–60 35194.5Budget
14C28NStainless steels 0.621457–60 38897Budget
154CMStainless steels 1.0514458–61 54665.2Mid-range
20CVPowder metallurgy stainless steels 1.9204159–62 84936Premium
420HCStainless steels 0.46130.356–58 27796.2Budget
440CStainless steels 1.05170.7557–59 43765Budget
80CrV2Carbon steels 0.80.50.257–60 38195.2Budget
8Cr13MoVStainless steels 0.813.50.10.1556–59 35685.5Budget
AEB-LStainless steels 0.671359–62 39696.8Mid-range
AUS-8Stainless steels 0.75140.20.257–59 36786Budget
CPM 3VPowder metallurgy tool steels 0.87.52.751.358–62 59365.8Premium
CPM M4High-speed powder steels 1.42445.2562–65 85234.5Premium
CruWearPowder metallurgy tool steels 1.17.52.41.660–64 77355.5Premium
CTS-XHPPowder metallurgy stainless steels 1.6160.450.860–63 64755.5Premium
D2Tool steels 1.5120.9158–61 63444.2Budget
ElmaxPowder metallurgy stainless steels 1.7183160–62 75846Premium
HAP40High-speed powder steels 1.343564–67 84234.2Premium
LC200NStainless steels 0.3150.9557–60 381087.2Premium
M390Powder metallurgy stainless steels 1.9204160–62 84936Premium
MagnaCutPowder metallurgy stainless steels 1.1510.74261–64 78957.2Premium
N690Stainless steels 1.07170.11.158–60 54865.8Mid-range
Nitro-VStainless steels 0.68130.0859–62 38796.8Mid-range
S30VPowder metallurgy stainless steels 1.45144258–61 64745.2Mid-range
S35VNPowder metallurgy stainless steels 1.4143258–61 65755.8Mid-range
S45VNPowder metallurgy stainless steels 1.48163259–61 65856Premium
S90VPowder metallurgy stainless steels 2.3149159–62 93725.2Premium
SG2 (R2)Powder metallurgy stainless steels 1.41522.862–64 74745.5Premium
Shirogami #2Carbon steels 1.161–64 461105.2Mid-range
VG-10Stainless steels 1150.2159–61 54765.5Mid-range
ZDP-189Powder metallurgy stainless steels 3200.11.464–67 92524.5Ultra-premium

Ratings are relative to the whole population of knife steels (1 = worst, 10 = best) at typical knife hardness. Compositions are nominal weight percent from manufacturer datasheets or standards. See the methodology.

Edge retention vs toughness

Knife steels: edge retention vs toughness1095: edge 3, toughness 5; 14C28N: edge 3, toughness 8; 154CM: edge 5, toughness 4; 20CV: edge 8, toughness 4; 420HC: edge 2, toughness 7; 440C: edge 4, toughness 3; 80CrV2: edge 3, toughness 8; 8Cr13MoV: edge 3, toughness 5; AEB-L: edge 3, toughness 9; AUS-8: edge 3, toughness 6; CPM 3V: edge 5, toughness 9; CPM M4: edge 8, toughness 5; CruWear: edge 7, toughness 7; CTS-XHP: edge 6, toughness 4; D2: edge 6, toughness 3; Elmax: edge 7, toughness 5; HAP40: edge 8, toughness 4; LC200N: edge 3, toughness 8; M390: edge 8, toughness 4; MagnaCut: edge 7, toughness 8; N690: edge 5, toughness 4; Nitro-V: edge 3, toughness 8; S30V: edge 6, toughness 4; S35VN: edge 6, toughness 5; S45VN: edge 6, toughness 5; S90V: edge 9, toughness 3; SG2 (R2): edge 7, toughness 4; Shirogami #2: edge 4, toughness 6; VG-10: edge 5, toughness 4; ZDP-189: edge 9, toughness 21122334455667788991010Edge retention →Toughness →109510958Cr13MoV8Cr13MoV14C28N14C28N80CrV280CrV2LC200NLC200NNitro-VNitro-V154CM154CMN690N690VG-10VG-1020CV20CVHAP40HAP40M390M390420HC420HC440C440CAEB-LAEB-LAUS-8AUS-8CPM 3VCPM 3VCPM M4CPM M4CruWearCruWearCTS-XHPCTS-XHPS30VS30VD2D2ElmaxElmaxMagnaCutMagnaCutS35VNS35VNS45VNS45VNS90VS90VSG2 (R2)SG2 (R2)Shirogami #2Shirogami #2ZDP-189ZDP-189

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