Böhler-Uddeholm / Sweden

Vanax

Nitrogen-alloyed Stainless Steel60–62 HRCPM (Powder Metallurgy)

Composition

Core alloying elements define the baseline trade-off between wear resistance, corrosion behavior, and toughness.

Material Overview

Vanax (often specifically referred to as Vanax SuperClean) is a third-generation powder metallurgy steel that represents a paradigm shift in knife metallurgy. Developed by Uddeholm, its defining characteristic is the substitution of carbon with nitrogen. By using approximately 1.55% nitrogen, the steel forms hard vanadium nitrides rather than traditional chromium carbides.

This unique chemistry allows the chromium to remain "in solution" to fight rust, giving Vanax a level of corrosion resistance comparable to 300-series marine-grade stainless steels, yet with the 60+ HRC hardness required for high-performance knives. While it may not match the absolute edge retention of high-carbide "monster" steels, its fine microstructure makes it incredibly rewarding to sharpen and exceptionally stable at very thin edge geometries.

Performance Radar

Use four core metrics to understand the usable operating envelope of this steel at a glance.

Edge Retention
Toughness
Corrosion Resistance
Sharpenability
Edge Retention
6.0
Toughness
5.5
Corrosion Resistance
10.0
Sharpenability
7.5

Advantages

  • Extreme corrosion resistance (virtually immune to rust in saltwater)
  • Fine nitride structure enables a very keen and stable edge
  • Significantly easier to sharpen than many high-carbide super steels
  • High cleanliness (SuperClean) reduces micro-chipping

Disadvantages

  • Lower peak hardness compared to steels like M390 or MagnaCut
  • High material and processing cost leads to expensive final products
  • Limited availability and requires precise, specialized heat treatment

At A Glance

The ultimate "rust-proof" super steel with excellent edge stability and surprising ease of sharpening for the high-end market.