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T10 steel has high strength and wear resistance. After quenching, there are undissolved excess carbides in the steel, so the wear resistance is high. It is used to manufacture high-end samurai swords with sharp edges and tools with slight toughness. It has relatively high oxidation resistance and corrosion resistance. In order to adapt to different use environments, other elements are often added, such as molybdenum, vanadium, tungsten, titanium, niobium, boron and so on.
Hardness – The high carbon content of T10 steel enables it to be heat treated to very high hardness levels (HRC 62+). This produces an extremely sharp and durable blade edge.
Wear Resistance – The excess carbides in the microstructure provide excellent abrasion and wear resistance. This allows the sharp edge to be maintained through repeated slicing.
Grain Structure – The fine grain size in T10 Steel contributes to the strength and toughness. This refined structure is achieved through processes like folding during forging.
Corrosion Resistance – The chromium content in T10 Steel improves corrosion and oxidation resistance. This enhances the lifespan and maintenance of the katana blade.
Edge Retention – The hardness and wear resistance enables T10 katanas to retain a sharp edge much longer than lower carbon variations. Less frequent sharpening needed.
Zorokatana offers high performance T10 steel katana, handmade by swordsmith with decades of experience in traditional forged