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Description
IRMOF-1 MOF-5(Hydrothermal method)Product Name Name: IRMOF 1 MOF 5(Hydrothermal method) Product Overview IRMOF 1 is a metal organic framework (MOF) material consisting of metal ions and organic ligands, and is sometimes called MOF 5(Zn) because zinc (Zn) is one of its commonly used metal centers. IRMOF 1 is usually produced by solvent thermal synthesis. By adjusting reaction conditions (such as temperature, pressure, solvent, etc.), the crystal structure and properties of IRMOF 1 can
Product Name
Name: IRMOF-1 MOF-5(Hydrothermal method)
Product Overview
IRMOF-1 is a metal-organic framework (MOF) material consisting of metal ions and organic ligands, and is sometimes called MOF-5(Zn) because zinc (Zn) is one of its commonly used metal centers. IRMOF-1 is usually produced by solvent-thermal synthesis. By adjusting reaction conditions (such as temperature, pressure, solvent, etc.), the crystal structure and properties of IRMOF-1 can be controlled
Technical Parameter
Composition:Zn4O(BDC)3
Diameter:80μm~400μm
Specific surface area:~955m2/g
Pore diameter:0.8nm
Appearance:White crystalline grains
Product Features
Chemical stability: IRMOF-1 has certain chemical stability, which can maintain the stability of its structure and performance under certain conditions.
Gas adsorption and separation: IRMOF-1 is widely used in the field of gas adsorption and separation due to its high specific surface area and porosity. For example, it can be used to adsorb and separate gases such as hydrogen and carbon dioxide.
Catalysis: IRMOF-1 can also be used as a catalyst or catalyst carrier to catalyze various chemical reactions. Its highly dispersed metal sites and ordered pore structure provide a favorable environment for catalytic reactions
Application Fields
Hydrogen storage: IRMOF-1 is a potential hydrogen storage material due to its high porosity and specific surface area, which can effectively adsorb and store hydrogen.
Carbon dioxide capture: In terms of greenhouse gas reduction, IRMOF-1 is able to selectively adsorb carbon dioxide, helping to achieve carbon dioxide capture
Catalytic reaction: Metal centers and organic ligands in IRMOF-1 can be used as catalytic active sites and participate in the catalytic process of a variety of chemical reactions. For example, it shows good catalytic performance in transesterification reaction and oxidation reaction
Supercapacitors: IRMOF-1's pore structure and high specific surface area are conducive to electrolyte penetration and charge storage, so it can be used as an electrode material for supercapacitors
Gas sensors: Using IRMOF-1's sensitivity to specific gases, highly sensitive gas sensors can be prepared to detect harmful gases or biomarkers in the environment
Related Information
This product is extremely sensitive to water oxygen, please keep dry and sealed away from light at room temperature. Vacuum drying at 120℃ could optimize product performance. Expiry date: Half one year if stored in an airtight container, please use it within two weeks after opening.
Please e-mail for the detailed characterization data.
E-mail:[email protected]
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