MOF-5 (Metal-Organic Framework-5) by Aarvi Energy Filtrex & Environmental Solutions Pvt. Ltd. is an advanced porous crystalline nanomaterial widely used in membrane technology, gas separation, adsorption systems, catalysis, hydrogen storage, carbon capture, and advanced material science applications. MOF-5 is a highly porous metal-organic framework composed of zinc metal clusters and organic linkers, offering exceptionally high surface area, tunable pore structure, and superior adsorption capability for advanced separation and filtration processes.

MOF-5 is extensively utilized in mixed matrix membranes (MMMs), nanocomposite membranes, gas separation systems, carbon dioxide capture technologies, hydrogen storage applications, catalytic systems, and environmental remediation research for enhancing membrane selectivity, permeability, and adsorption efficiency.

Key Features:

• Extremely high surface area and porosity

• Tunable pore structure for selective separation applications

• Excellent gas adsorption and storage capability

• Superior compatibility with membrane fabrication systems

• Enhances membrane permeability and selectivity

• Suitable for mixed matrix and nanocomposite membrane development

• Excellent catalytic and adsorption properties

• High structural uniformity and crystallinity

• Suitable for advanced gas separation and environmental applications

• Reliable performance in laboratory and industrial research systems

Technical Specifications:

• Material Type: MOF-5 (Metal-Organic Framework-5)

• Material Category: Metal-Organic Framework (MOF) Nanomaterial

• Composition:

  • Zinc-Based Metal Clusters

  • Organic Linker Structure

• Available Forms:

  • Crystalline Powder

  • Nanoparticles

  • Functionalized MOF-5

• Properties:

  • High Surface Area

  • High Porosity

  • Gas Adsorption Capability

  • Selective Separation Characteristics

  • Catalytic Activity

  • Structural Stability

• 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

• Adsorption and Purification Systems

• Environmental Remediation Technologies

• Catalytic and Chemical Processing Applications

• Nanotechnology and Material Science Research

• Academic and Industrial R&D Projects

Advantages of MOF-5:

• Exceptional gas adsorption and storage performance

• Enhances membrane selectivity and permeability

• Suitable for advanced gas separation technologies

• High compatibility with membrane fabrication systems

• Supports next-generation nanotechnology and environmental research

• Excellent porosity and molecular separation capability

• Widely used in laboratory and advanced research applications