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Purchase Vanadium in Highest Purity
Vanadium (V) in many forms at ChemPUR – ideal for research, development, synthesis, and industrial processes.
Our Vanadium Product Range
Vanadium Products for Science and Industry
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Physical Properties
Melting Point
1,890.0 °C
Boiling Point
3,380.0 °C
Frequently Asked Questions
Our FAQs provide you with a quick overview of important topics related to our product range. If you have any further questions, we will of course also be happy to assist you personally.
Purchasing / Sales
We will be happy to advise you individually
In what purities is Vanadium available?
Despite its demanding metallurgical properties, we offer vanadium in several clearly defined purity levels. Our range includes products with a purity of 99.5%, as well as 99.9% and 99.9+%, reliably covering various requirements in research and development. The purity specifications refer to the respective metal powder, granules, pellets, foils, and turnings that we carry in our program.
Especially for analytical and material science applications, precise specification is crucial – and this transparency is the basis for every product description we provide. Alloy powders such as Ti-6Al-4V are also included in our range, complementing the offerings for technical application fields. Should you have specific purity requirements that go beyond our standard range, please contact us – we will explore individual procurement options for you.
Which Vanadium forms does ChemPUR offer?
The question of product form often lies between technical suitability and practical handling – and here we offer a wide selection for vanadium. Our range includes powders in various grain sizes (below 75 micrometers as well as -200 mesh), granules smaller than 3 mm, pellets in 6 × 6.35 mm format, and turnings smaller than 6.35 mm. Furthermore, we carry vanadium foils in thicknesses of 0.025 mm and 0.05 mm, available in various sheet formats from 50 × 50 mm to 100 × 200 mm.
Sputtering targets and evaporation materials are available for coating processes, as are rods and wires. Compounds such as oxides, nitrides, carbides, halides, silicides, borides, alkoxides, and sulfates are also part of our program. If a specific geometry or dimension is required for your experimental setup, please feel free to contact our sales department.
For which applications is Vanadium used?
Especially in research, the broad spectrum of vanadium’s applications becomes evident. With a melting point of 1910 °C, it is one of the high-temperature metals and is used in material development for thermally highly stressed components. In thin-film technology, vanadium is used as a sputtering target and evaporation material, for example, in the production of functional coatings.
Vanadium compounds play a role as catalysts in the chemical industry and in electrochemical research, particularly in the development of vanadium redox flow batteries as stationary energy storage systems. The Ti-6Al-4V alloy, in which vanadium acts as an important alloying component, is a standard material in aerospace and medical technology. Vanadium oxides are used in solid-state chemistry and sensor technology. If you require details on a specific application field, our technical advisors are available to assist you with their expertise.
Which Vanadium compounds are available?
A look at practice shows that vanadium compounds are needed in very different research fields – and our product range addresses this demand. We carry vanadium compounds from a variety of substance classes: oxides, nitrides, carbides, borides, silicides, halides, alkoxides, and sulfates. These compounds cover applications in catalysis research, solid-state chemistry, electrochemistry, coating technology, and materials science.
Vanadium oxides, for example, are known for their distinct coloration and semiconducting properties, which make them interesting for sensor technology and phase transition studies. Vanadium carbides and nitrides are used in hard material coatings and tool research. For exact product availability, purities, and container sizes of individual compounds, please refer to our current catalog or ask our team directly for the product best suited to your needs.
Why is ChemPUR the right partner for Vanadium?
Whether in the synthesis of new electrode materials, in the development of high-strength titanium alloys, or in basic research on transition metal compounds – vanadium is an element that is in demand in very different scientific and technical contexts. We carry a wide selection of pure vanadium products as well as compounds and alloys that go far beyond a standard range. All products are listed with defined purity specifications, and analysis certificates are provided upon request.
Our experience in the field of inorganic specialty chemicals allows us to process even unusual specifications or smaller special quantities. Research institutions and development departments appreciate the reliable availability and expert advice we offer. Contact us – we will quickly determine which product best suits your project.
Does ChemPUR offer Vanadium nanopowder?
Even small quantities of nanoscale materials can make a decisive difference in research applications – through enlarged surfaces, altered reactivity, and adjusted sintering properties. In our current range, we carry vanadium powder with a particle size below 75 microns and a purity of 99.9+%, which is suitable for many powder metallurgical and reaction engineering purposes due to its fine grain size.
True nanopowders with particle sizes in the single or double-digit nanometer range are not listed in our standard range. However, as our product offering is continuously expanding and custom orders are generally possible, we recommend that you address your specific requirement directly to us. Our team will check whether a suitable specification is available or procurable and will provide you with information as quickly as possible.
What distinguishes Vanadium from other elements?
The difference lies primarily in the unusual combination of high-temperature stability, versatility of oxidation states, and optical characteristics. Vanadium can occur in oxidation states +2 to +5, with each state exhibiting a different characteristic coloration in aqueous solution – a phenomenon used in analytics and teaching. The melting point of 1910 °C makes vanadium one of the refractory metals and predestines it for use under extreme thermal conditions.
At the same time, vanadium has a comparatively low density for transition metals, which makes it attractive for lightweight alloys. As a Group 5 element, it shares properties with niobium and tantalum but differs in its biochemical relevance and broader availability in technical purities. For a detailed assessment of whether vanadium is the suitable material for your project, we will advise you upon request.