Steel matchup
14C28N and VG-10, compared on the five things that decide a blade: toughness, edge retention, corrosion, heat treat and how each one grinds.
Sandvik's razor-lineage stainless, designed with Kershaw: AEB-L's fine-carbide toughness with nitrogen chemistry that delivers the best corrosion resistance in the budget class. Run soft in factories, outstanding at a maker's 61–62 HRC — the thinking maker's budget stainless.
A Japanese stainless steel famous for high-end kitchen cutlery, using a cobalt addition to reach high hardness and a fine, precise edge without giving up too much toughness.
Dimension by dimension
Each steel's own note, its score out of five, and what separates the two in that one column. The higher score in a row is marked in purple.
| Dimension | 14C28N | VG-10 | What separates them |
|---|---|---|---|
| Toughness | Top of the stainless class with its AEB-L family — far beyond mainstream budget stainless, and in league with good carbon steels. AEB-L itself keeps a slight edge at equal hardness, but 14C28N supports thin edges and hard use that would chip conventional stainless outright. | Adequate for kitchen and EDC use; the cobalt addition helps it hold toughness at a higher hardness than its composition alone would suggest, though it is not built for hard-use abuse. | 14C28N decisively — elite stainless toughness against VG-10's honest mediocrity. VG-10's chipping reputation at thin edge angles is earned; 14C28N thrives at exactly those geometries. This is the widest gap in the whole comparison. |
| Edge retention | The honest weak point, shared with AEB-L: fine carbides and no vanadium means modest wear resistance. Pushing hardness to 61–62 HRC with a cold treatment recovers a lot of real-world edge holding — factory-soft examples undersell the steel. Resharpening is fast and pleasant. | Very good edge retention with a fine, precise bite, which is exactly why it became the standard steel for premium Japanese kitchen knives. | VG-10 clearly — vanadium carbides and higher carbon deliver real wear resistance that 14C28N's clean fine structure cannot match on rope, cardboard and abrasive kitchen work. The tradeoff is honest in both directions: VG-10 cuts longer, 14C28N survives more. |
| Corrosion resistance | The best of the AEB-L family — 14% chromium plus nitrogen, engineered for wet razor service. Kitchen and waterside use with basic care is no drama. Not quite the vault-grade resistance of nitrogen specialists like LC200N, hence 4 not 5. | 15% chromium gives it excellent stainless performance, well suited to kitchen use where the blade is washed constantly. | Close, with a nod to 14C28N. VG-10's 15% chromium is partly locked up in carbides; 14C28N keeps more chromium in solution and adds nitrogen. In practice both handle kitchens well; 14C28N forgives waterside neglect a little longer. |
| Heat treat | Austenitize 1950°F, 10–15 min soak. Plate quench between aluminum plates; add a cold step (freezer at minimum, liquid nitrogen ideally) before tempering to convert retained austenite. Temper 2×2h at 300–350°F for 60–62 HRC. Production practice of 58–60 HRC works but leaves performance on the table. | Austenitize at 1920-1960 F (1050-1070 C) to fully dissolve the carbides into the matrix. Quench in oil or air for rapid cooling to form martensite. Temper at 300-390 F (150-200 C) to relieve internal stress and balance hardness against toughness. Properly heat treated, VG-10 typically lands at 60-62 Rc. | 14C28N is the accessible one: a documented 1950°F/plate-quench/cryo recipe any kiln-equipped maker can run. VG-10 mostly lives in factory laminates and clad blanks — heat treating bare VG-10 well is uncommon home practice, and most makers meet it pre-hardened. If you are treating your own steel, that alone decides it. |
| Grinding | As friendly as hardenable stainless gets: fine structure, no carbide tear-out, cuts cleanly on ceramics, hand-sands better than almost any other stainless, and finishes crisply. Belt life is good and the steel telegraphs no surprises. | Reasonably easy to grind and finish for a vanadium-bearing stainless steel, which has helped it stay popular in high-volume Japanese cutlery production. | 14C28N grinds and finishes like the razor steel it is; VG-10's harder carbides grind slower, chew belts a bit more, and its common clad form brings its own lamination-line finishing quirks. Sharpening tells the same story — 14C28N in moments on anything, VG-10 preferring better stones and more patience. |
Best use
14C28N
tough thin kitchen and EDC edges, wet-environment knives, first stainless builds, and customers who sharpen rarely and abuse often.
Open the 14C28N referenceVG-10
kitchen knives sold on Japanese pedigree, laminated and damascus-clad builds, users who prioritize edge endurance and own real stones.
Open the VG-10 reference
The long answer
A modern budget champion against the steel that taught the West to love Japanese kitchen knives. VG-10 brings cobalt, vanadium and a decades-long production pedigree; 14C28N brings razor-family toughness and easier manners everywhere. They pull in opposite directions — wear resistance against resilience — and the right pick follows the knife, not the spec sheet.
Keep comparing
Keep reading
14C28N is the stainless that grinds like it read the manual. Fine carbides mean ceramic belts cut it instead of fighting it, it finishes cleanly, and it…
VG-10 grinds in the moderate, well-established range for premium stainless steels, easier than high-carbide CPM steels like CPM 20CV or S30V, but slightly…
Every knife steel is iron plus a specific recipe of other elements, and each of those elements pulls the steel’s behavior in a particular direction…
Same bench
Whichever steel wins, the grind is only as flat as the platen behind it. I machine the parts, hand-assemble, track and test Torus grinders in Sterling, Illinois.
Current dual-axis platform with a fiber-laser-cut 6061 chassis and single-knob tracking.
Current dual-axis platform with a steel chassis, more mass and less vibration.
Prior-design aluminum chassis, 90-degree tilt and 1.5-inch tooling arms.
One-man shop
Tell me what the blade is for and how you heat treat, and I will tell you which of these I would put on the bench — including when the answer is neither.
