X15TN Stainles has nitrogen to partially replace carbon.
A standard melting procedure, which includes the addition of nitrogen, results in a saturation level of approximately 0.20 percent in steels containing 13-17 percent Cr—also, incorporating carbon into the mix results in a material with a minimum hardness of 55 or 58 HRC and a eutectic carbide microstructure.
O’Hare Precision Metals can provide a wide range of company-supplied or customer-supplied components and materials. Just like how we can offer you the best X15TN Stainless bar stocks and X15TN Stainless round bar stocks in O’Hare!
The elements molybdenum and vanadium are responsible for secondary hardening. These elements replace chromium in the precipitates, which is a good thing. Even when tempering at high temperatures, the chromium concentration in the matrix is maintained at a high level, which contributes to improved corrosion resistance in the finished product.
It is undoubtedly a big help in many industries because of its incredible characteristics. Surgical instruments, cutting devices, gouges, drills, gouges, and reamers are some of the many applications of X15TN Stainless.
Heat treatment T + Rv
Hardness
Solution treat
Age
500°C 57
57
950° F
400° F
Manganese
Molybdenum
Carbon
Silicon
Nickel
Nitorgen
Vanadium
15-16.50
1.5-1.9
0.37-0.45
0.60
0.30
0.16-0.25
0.20-0.40
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