Direct Answer
Vanadium nitride (VN), including the high-performance grade VN16 (vanadium nitrogen alloy, Nitrovan 16), is a critical alloying additive primarily used to strengthen high-strength low-alloy (HSLA) steels, tool steels, and structural steels in steelmaking. Beyond metallurgy, it also serves as a wear-resistant coating, electrochemical material for energy storage, and industrial catalyst. For the latest vanadium nitride powder/VN16 price and customized procurement solutions, contact us with your detailed requirements to get a precise, tailored quotation.
What Is Vanadium Nitride Used For?
Vanadium nitride (chemical formula VN), with the mainstream industrial grade VN16 (77-81% V, 14-18% N), is a hard, refractory ceramic with exceptional mechanical, thermal, and conductive properties, making it an irreplaceable industrial material across multiple high-growth sectors. Its applications span from traditional steel manufacturing to advanced energy storage and surface engineering, cementing its role as a foundational industrial input.
1. Steel Industry: Core Alloying Additive (Largest Application)
As the primary use case, vanadium nitride (especially VN16 vanadium nitrogen alloy) is a high-efficiency micro-alloying additive for steel production, far outperforming traditional ferrovanadium.
- Core Function: It refines steel grain structure and enhances precipitation strengthening, significantly boosting tensile strength, wear resistance, toughness, and weldability.
- Key Steel Grades: Ideal for HSLA steels, structural steel, pipe steel, tool steel, and non-quenched/tempered steels, widely used in construction rebar, automotive parts, and engineering machinery.
- Efficiency & Cost Savings: VN16 reduces vanadium consumption by 20-40% compared to ferrovanadium, lowering production costs while improving steel performance, making it the preferred choice for modern steel mills.
- Product Form: Commonly supplied as lumps, balls, or powder (10-40mm particle size) for direct addition in steel smelting, with VN16 meeting ISO 9001 quality standards.
2. Cutting Tools & Cemented Carbides
Leveraging its extreme hardness and thermal stability, vanadium nitride is a key raw material for cemented carbides and cutting tools.
- Core Function: It enhances the hardness, red hardness, and wear resistance of cutting tools, extending service life in high-speed machining and heavy-duty cutting.
- Application Scenarios: Used in the production of carbide inserts, drill bits, milling cutters, and wear-resistant parts for metalworking.
3. Wear-Resistant & High-Temperature Surface Coatings
Vanadium nitride is a premium coating material for industrial components exposed to extreme conditions.
- Core Function: It forms a dense, wear-resistant, high-temperature-resistant, and corrosion-resistant protective layer on metal surfaces.
- Application Scenarios: Applied to automotive engine parts, aerospace components, molds, and industrial machinery to improve durability and reduce maintenance costs.
4. Electrochemical & Energy Storage Applications
With its excellent electrical conductivity and chemical stability, vanadium nitride is a rising star in the new energy sector.
- Supercapacitor Electrodes: Used as electrode material for supercapacitors, offering high power density and long cycle life for energy storage systems.
- Electrocatalysts: Serves as an efficient catalyst for ammonia synthesis, hydrogen evolution reactions, and other electrochemical processes.
- Battery Materials: Used in advanced battery technologies, including vanadium redox flow batteries (VRFB), to enhance electrolyte performance.
5. Semiconductor & Electronic Thin Films
In the electronics industry, vanadium nitride is a critical material for semiconductor manufacturing.
- Core Function: Used to produce conductive thin films for electronic devices, diffusion barriers in integrated circuits, and gate electrodes in microchips.
- Key Advantages: High conductivity, thermal stability, and compatibility with semiconductor manufacturing processes.
Key Properties of Vanadium Nitride (Including VN16)
Its unique combination of properties underpins its wide range of industrial applications:
- Extreme Hardness: Exceptional wear resistance, ideal for cutting tools and coatings.
- Refractory Nature: High melting point (~2050–2360°C), stable at high temperatures in steelmaking and industrial processes.
- Chemical Stability: Excellent corrosion resistance, suitable for harsh industrial environments.
- High Electrical Conductivity: Enables applications in energy storage and electronic components.
- VN16 Specific Advantage: Balanced vanadium-nitrogen content for optimized precipitation strengthening, delivering 20-40% higher efficiency than ferrovanadium.
What Is the Current Vanadium Nitride / VN16 Price Trend in 2026?
As of 2026, vanadium nitride (VN) and VN16 vanadium nitrogen alloy prices remain stable, supported by steady demand from the steel industry and growing interest from the energy storage sector. Prices vary by purity, particle size, and order volume, with industrial-grade vanadium nitride powder and VN16 quoted competitively for bulk procurement.
For real-time price updates, product specifications (e.g., VN16 composition, particle size), and a customized quotation tailored to your production needs, share your procurement requirements with us.
About Zhen An International
Zhen An International is a professional supplier of metallurgical and advanced materials, specializing in vanadium nitride powder, VN16 vanadium nitrogen alloy (Nitrovan 16), ferrovanadium, and other industrial raw materials.
With stable supply, strict quality control (ISO 9001 certified), competitive pricing, and flexible trade terms, we serve global steel mills, tool manufacturers, new energy enterprises, and electronic component producers. We provide customized quotations, real-time market analysis, and reliable logistics support to help buyers make smarter procurement decisions.
If you have any demand for vanadium nitride, VN16, or other vanadium-based products, feel free to contact us for professional supply solutions.
FAQ
Q:What is vanadium nitride used for?
A:Vanadium nitride (including VN16) is primarily used as an alloying additive to strengthen high-strength low-alloy (HSLA) steels and tool steels. It is also used in cutting tools, wear-resistant coatings, supercapacitor electrodes, and semiconductor thin films.
Q:What is the main use of vanadium nitride / VN16?
A:The main use is as a high-efficiency micro-alloying additive in steelmaking, to improve steel strength, toughness, and weldability, while reducing vanadium consumption by 20-40% compared to ferrovanadium.
Q:What is VN16 vanadium nitrogen alloy?
A:VN16 (Nitrovan 16) is a high-performance vanadium nitrogen alloy, typically containing 77-81% vanadium and 14-18% nitrogen, designed as a highly efficient steel strengthening additive with superior cost performance.
Q:What are the key properties of vanadium nitride?
A:Key properties include extreme hardness, high melting point (~2050–2360°C), excellent chemical stability, and high electrical conductivity.
Q:What is the difference between vanadium nitride and ferrovanadium?
A:Vanadium nitride (especially VN16) is a ceramic alloying additive with 20-40% higher efficiency, reducing vanadium consumption compared to ferrovanadium, while ferrovanadium is a traditional iron-vanadium alloy for steelmaking.
Q:How can I get an accurate quotation for vanadium nitride / VN16?
A:Share your required product form (powder/lump), grade (VN16), purity, order quantity, destination port, and delivery schedule, and we will provide a precise, tailored quotation quickly.
Q:What is vanadium nitride used for in energy storage?
A:It is used as an electrode material for supercapacitors and an electrocatalyst for batteries, leveraging its high conductivity and chemical stability to enhance energy storage performance.
