What specific MOF material is Atomfair SKU AF-NM-M-MOF7-25GX-001D, and what is its typical application in gas adsorption or catalysis?
This product is a metal-organic framework (MOF) material, denoted by the 'MOF7' and '25GX' nomenclature, from ATOMFAIR®. Its typical research applications include gas storage, separation, and heterogeneous catalysis, leveraging the high surface area and tunable pore chemistry inherent to MOFs. The specific MOF chemistry (e.g., ZIF, HKUST-1, or MIL-series) is not stated in the source, so precise adsorption isotherms or catalytic turnover data must be confirmed with the manufacturer for this exact SKU.
What storage and handling conditions are recommended for maintaining the crystallinity and porosity of this MOF?
The source does not specify exact storage parameters, but as a standard crystalline MOF from ATOMFAIR®, it should be stored under an inert atmosphere (e.g., nitrogen or argon), away from moisture and elevated temperatures, to prevent framework collapse or loss of active sites. Handling in a glovebox with sealed, desiccated conditions is advised for short-term storage between experiments.
Can this MOF be directly integrated into a fixed-bed reactor or slurry-phase setup without further activation?
The source does not provide activation protocols, but most as-synthesized MOFs, including this SKU, require a solvent exchange and thermal activation to remove guest molecules from pores before use in fixed-bed or slurry reactors. The manufacturer recommends confirming the specific activation temperature and solvent compatibility via technical datasheet to avoid framework degradation during pretreatment.
The ATOMFAIR® MOF-7 (AF-NM-M-MOF7-25GX-001D) is a 25 g metal-organic framework sample intended for laboratory-scale adsorption, catalysis, or gas storage studies, with its application advantages and handling constraints determined by its specific pore structure and chemical stability, which are not detailed in the provided product description.
Positive
- MOF Sample for Lab Applications: This 25 g quantity of MOF-7 is directly deployable in laboratory-scale experiments for adsorption, catalysis, or gas storage without requiring further synthesis steps.
Trade-offs
- Undisclosed Stability Specifications: No chemical stability data (e.g., moisture, solvent, or pH tolerance) are provided, requiring the end user to perform independent characterization before use in reactive or humid environments.
- No Application-Specific Data: The description lacks pore dimensions, surface area, or activation state details, so optimal performance conditions must be empirically determined by the buyer's lab.
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