Vanadium MOF Powder (V-MIL-47) is an advanced Metal Organic Framework (MOF) material widely recognized for its highly porous crystalline structure, excellent thermal stability, and exceptional performance in scientific research and advanced industrial applications. Built from vanadium metal centers and carefully selected organic linkers, V-MIL-47 forms a robust three-dimensional framework that offers a high surface area, tunable pore size, and excellent chemical stability. These characteristics make it an ideal material for gas adsorption, heterogeneous catalysis, energy storage, environmental remediation, sensing technologies, and next-generation functional materials.

NanowizTech supplies high-purity Vanadium MOF Powder (V-MIL-47) for universities, research laboratories, industrial R&D centers, chemical manufacturers, and advanced material developers. The material is produced with strict quality control processes to achieve consistent crystallinity, uniform particle characteristics, and reliable batch-to-batch performance. This focus on quality helps researchers obtain dependable and reproducible results in demanding scientific and engineering applications.

One of the defining features of Vanadium MOF Powder (V-MIL-47) is its large internal surface area. This porous architecture allows the material to adsorb significant quantities of gases and liquids while maintaining excellent structural integrity. Researchers continue to explore this framework for advanced battery systems, supercapacitors, catalyst supports, fuel cell technologies, water purification systems, and smart sensing devices because of its stability and functional versatility.

NanowizTech supports research organizations, universities, analytical laboratories, biotechnology companies, chemical industries, and advanced manufacturing facilities by providing reliable access to premium-quality MOF materials. Flexible packaging options, responsive customer support, competitive pricing, and worldwide shipping enable customers to obtain high-quality materials efficiently for projects ranging from small-scale laboratory research to pilot production and industrial development.

Physical and Chemical Properties

Vanadium MOF Powder (V-MIL-47) possesses a unique combination of structural and functional properties that make it suitable for advanced scientific applications.

High Surface Area

The interconnected porous framework offers a large internal surface area, allowing efficient adsorption of gases, liquids, and dissolved species. This characteristic is valuable in gas storage, molecular separation, catalysis, and adsorption research.

Highly Ordered Porous Structure

The crystalline architecture contains uniform channels and pores that support selective diffusion of molecules. Controlled pore geometry contributes to reproducible performance across a wide range of laboratory applications.

Excellent Thermal Stability

V-MIL-47 demonstrates good thermal stability within its recommended operating range, making it suitable for studies involving elevated temperatures in catalysis and materials research.

Chemical Stability

Under appropriate operating conditions, the framework maintains its structural integrity, supporting long-term experimental use in adsorption, catalysis, and separation processes.

High Crystallinity

Carefully controlled synthesis methods produce well-defined crystalline structures that improve analytical reproducibility and experimental reliability.

Functional Surface Chemistry

The vanadium-based framework provides chemically active sites that can participate in catalytic reactions or be modified for specialized research applications.

Tunable Porosity

Researchers can tailor synthesis parameters to optimize pore characteristics for specific adsorption, sensing, or catalytic requirements.

Advantages of Vanadium MOF Powder (V-MIL-47)

Researchers select V-MIL-47 because it combines the catalytic properties of vanadium with the structural advantages of metal–organic frameworks. Its porous network offers efficient molecular transport, while its crystalline structure supports reproducible performance in research environments.

Key advantages include:

• High internal surface area for adsorption and catalytic studies.
• Well-defined pore structure for molecular transport and separation research.
• Good thermal and chemical stability under recommended conditions.
• Active vanadium sites suitable for catalytic investigations.
• Compatibility with multidisciplinary research in chemistry, materials science, environmental engineering, and energy technologies.
• High-purity material manufactured with attention to consistency and quality control.
• Suitable for both exploratory academic research and industrial R&D projects.

These characteristics make Vanadium MOF Powder (V-MIL-47) a versatile material for scientists developing advanced functional materials and investigating next-generation technologies.

Applications of Vanadium MOF Powder (V-MIL-47)

Advanced Applications of High-Purity Vanadium MOF Powder (V-MIL-47)

Vanadium MOF Powder (V-MIL-47) is a versatile Metal Organic Framework (MOF) that has gained significant attention in materials science due to its porous crystalline structure, high surface area, and chemically active vanadium centers. These characteristics make it a valuable research material across multiple scientific disciplines, including catalysis, energy storage, gas adsorption, environmental engineering, nanotechnology, and analytical chemistry.

The combination of structural stability and tunable porosity enables researchers to investigate V-MIL-47 for a broad range of emerging technologies. As interest in sustainable materials continues to grow, this vanadium-based MOF remains an important platform for developing innovative solutions in both academic and industrial research.

Why Researchers Choose Vanadium MOF Powder (V-MIL-47)

V-MIL-47 continues to attract scientific interest because it combines several desirable characteristics in a single material:

• High internal surface area for adsorption studies.
• Ordered porous framework supporting controlled molecular transport.
• Active vanadium centers suitable for catalytic investigations.
• Good thermal and chemical stability under recommended research conditions.
• Compatibility with energy, environmental, and materials science applications.
• Potential for structural modification and functionalization in advanced research.
• Reliable performance in multidisciplinary laboratory investigations.

As research into Metal Organic Frameworks expands, Vanadium MOF Powder (V-MIL-47) remains a valuable material for exploring next-generation technologies in clean energy, catalysis, environmental sustainability, and advanced functional materials. Its combination of porosity, stability, and chemical versatility makes it an important research platform for scientists working to develop innovative solutions to modern engineering and scientific challenges.

Technical Specifications

The following specifications represent general characteristics. Exact values may vary depending on synthesis method and product grade.

Parameter	Specification
Product Name	Vanadium MOF Powder (V-MIL-47)
Material Class	Metal Organic Framework
Metal Center	Vanadium
CAS Reference	7440-62-2 (elemental vanadium reference; verify product-specific CAS where applicable)
Appearance	Fine crystalline powder
Color	Green to yellow-green
Purity	High-purity research grade (see Certificate of Analysis)
Structure	Highly porous crystalline framework
Surface Characteristics	High internal surface area
Stability	Good thermal and chemical stability under recommended conditions
Storage	Cool, dry, sealed container
Packaging	Multiple pack sizes available upon request