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MOF-808 Powder Metal Organic Frameworks - High Stability Zr-MOF Suppliers in China | Factory Direct Pricing
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| Product Name | MOF-808 |
| Particle size | ≈1 μm |
| Specific surface area | ≥1600 ㎡/g |
| Pore size | 0.3~0.7, 1.1~1.6 nm |
The inorganic SBU in MOF-808 comprises Zr6(μ3-O)4-(μ3-OH)4(CO2)12 clusters (referred to as Zr6-clusters), wherein terminal formate anions can be further replaced by other functionalized ligands during MOF synthesis or by PSM, allowing for facile incorporation of targeted functional groups. The presence of large cavities with stable, open coordination sites amenable to PSM has made MOF-808 an attractive candidate for use in industrial processes such as methane oxidation to methanol, heavy metal ion capture, superacid catalysis, water capture, shape-selective catalysis and others.
What is the particle size and specific surface area of MOF-808?
MOF-808 features an approximate particle size of 1 μm and a high specific surface area of ≥1600 ㎡/g.
What are the pore sizes of MOF-808?
The pore size distribution of MOF-808 ranges between 0.3~0.7 nm and 1.1~1.6 nm.
What does the inorganic SBU in MOF-808 consist of?
The inorganic SBU (Secondary Building Unit) in MOF-808 comprises Zr6(μ3-O)4-(μ3-OH)4(CO2)12 clusters, which are commonly referred to as Zr6-clusters.
How can functional groups be incorporated into MOF-808?
Terminal formate anions in the Zr6-clusters can be replaced by other functionalized ligands during synthesis or via Post-Synthetic Modification (PSM), allowing for the easy incorporation of targeted functional groups.
What are the main industrial applications of MOF-808?
Due to its large cavities and stable, open coordination sites, MOF-808 is ideal for methane oxidation to methanol, heavy metal ion capture, superacid catalysis, water capture, and shape-selective catalysis.