NU-1000 by Aarvi Energy Filtrex & Environmental Solutions Pvt. Ltd. is an advanced zirconium-based Metal-Organic Framework (MOF) nanomaterial widely used in membrane technology, adsorption systems, gas separation, catalysis, environmental engineering, energy storage, and advanced material science applications. NU-1000 is known for its ultra-high surface area, hierarchical porous structure, excellent thermal and chemical stability, and exceptional adsorption properties, making it highly suitable for advanced membrane and nanotechnology research applications.

NU-1000 is extensively utilized in mixed matrix membranes (MMMs), nanocomposite membranes, gas separation systems, catalytic applications, pollutant adsorption technologies, water purification systems, hydrogen storage research, and environmental remediation applications for enhancing membrane selectivity, permeability, and adsorption efficiency.

Key Features:

• Ultra-high surface area and hierarchical porosity

• Excellent thermal and chemical stability

• Superior adsorption and gas storage capability

• Highly porous zirconium-based framework structure

• Excellent compatibility with membrane fabrication systems

• Enhances membrane permeability and selectivity

• Suitable for mixed matrix and nanocomposite membrane development

• Excellent catalytic and environmental remediation properties

• Suitable for advanced gas separation and purification applications

• Reliable performance in laboratory and industrial research systems

Technical Specifications:

• Material Type: NU-1000

• Material Category: Zirconium-Based Metal-Organic Framework (MOF)

• Composition:

  • Zirconium Metal Clusters

  • Organic Linker Framework

• Available Forms:

  • Crystalline Powder

  • Nanoparticles

  • Functionalized NU-1000

• Properties:

  • Ultra-High Surface Area

  • Hierarchical Porosity

  • Thermal Stability

  • Chemical Resistance

  • Gas Adsorption Capability

  • Catalytic Activity

• Compatibility:

  • Mixed Matrix Membranes (MMMs)

  • Nanocomposite Membranes

  • Gas Separation Systems

  • Adsorption and Catalytic Applications

Applications:

• Gas Separation Membrane Development

• Carbon Dioxide Capture and Storage

• Hydrogen Storage Applications

• Mixed Matrix Membrane Fabrication

• Nanocomposite Membrane Research

• Water and Wastewater Treatment Systems

• Adsorption and Purification Technologies

• Catalytic and Chemical Processing Applications

• Environmental Remediation Research

• Academic and Industrial R&D Projects

Advantages of NU-1000:

• Exceptional adsorption and gas storage performance

• Enhances membrane permeability and molecular selectivity

• Suitable for advanced gas separation technologies

• High compatibility with membrane fabrication systems

• Supports next-generation nanotechnology and environmental research

• Excellent structural durability and porosity characteristics

• Widely used in laboratory and industrial advanced material applications

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