Calculator › Steels › 1095
1095 is the higher-carbon sibling of 1084. It can get a point or two harder and holds an edge a little longer, but it is shallow hardening and has a very short window to get below the nose of the curve, so it needs a fast quench — Parks 50, or brine for anything over 1/8 in — to reach full hardness. Canola will leave it soft.
| Good for | Stock-removal knives where you have a fast quenchant; kitchen and hunting knives; hamons. |
|---|---|
| Forging | Up to ~2100 °F; stop at 1500 °F. Cracks if worked cold. |
| Normalize | 1650 / 1500 / 1350 °F (NJSB); Cashen uses a single 1575 °F |
| Austenitize | 1450–1475 °F, 5–15 min — no higher |
| Quench | Fast — Parks 50; brine or water for sections over 1/8 in. Canola will not fully harden it |
| Temper | 400 °F twice → 60–61 HRC |
| Working hardness | 59–63 HRC |
Typical shop values. Confirm against your supplier's datasheet.
Widely sold as annealed flat bar and as precision-ground stock in 1/8–1/4 in; often the cheapest 'knife steel' at general suppliers.
Suppliers: New Jersey Steel Baron Alpha Knife Supply Jantz
Steel is only part of the cost. Add abrasives, handle, heat treat and your time, and see the price that actually pays you.
Copy link to this calculation1084. 1095 only beats it if you have a fast quench oil and a kiln; in a forge with canola, 1084 will come out harder and more consistent. Austenitize 1095 at 1450–1475 °F, not higher.
Bar sizes for ten common knife patterns, weight per inch for every standard flat bar, and quick heat-treat numbers for the usual carbon steels. Print it, tape it to the grinder.