classification of vanadium nitrogen alloy
1. Vanadium Nitride Alloy (VN Alloy)
Common Grades: VN12, VN16 (the numbers represent the percentage of nitrogen content, such as VN12 containing approximately 12% nitrogen)
Characteristics: primarily composed of vanadium (V) and nitrogen (N), used in steelmaking for grain refinement and strength enhancement.
2. Ferrovanadium-Nitrogen Alloy (FeV-N)
Examples: FeV50N, FeV80N (the numbers represent the percentage of vanadium content, such as FeV50N containing 50% vanadium)
Characteristics: a vanadium-nitrogen alloy containing iron (Fe), facilitating uniform mixing with molten steel during smelting.
3. Vanadium Carbonitride Alloy (VCN)
Characteristics: contains both carbon (C) and nitrogen (N), combining the properties of vanadium carbide and vanadium nitride, used for special steel grades.
4. Customized Vanadium Nitride Alloys
Examples: High-N VN, Low-Oxygen VN Usage: adjusting nitrogen and oxygen impurity levels according to steel mill requirements to optimize deoxidation effects.


5. Other Forms Powder: Vanadium Nitride Powder (used for additives or coatings)
Chunk/Granular: Granular VN Alloy (convenient for transportation and feeding)
Note: Naming rules: numbers usually indicate key element content (such as VN12 ≈ 12% N), specifics may vary by standard (e.g., ASTM, GB) or manufacturer.
Application scenarios: high-nitrogen alloys (such as VN16) are often used in high-strength low-alloy steels (HSLA), while FeV-N is suitable for electric arc furnace steelmaking.
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