ZIF-8(Coprecipitation Method,75~100nm)

ZIF-8(Coprecipitation Method,75~100nm)Product Name ZIF 8(Coprecipitation Method: 5~100nm) Product Overview ZIF 8 (Zeolitic Imidazolate Framework 8) is a metal organic skeleton material with highly crystalline and porous properties, consisting of metal ions (such as zinc ions) and organic ligands (such as 2 methylimidazole). Co precipitation method is a common method for the preparation of ZIF 8. Its basic principle is to mix metal salt and organic ligand in an appropriate solvent, and

Product Name

ZIF-8(Coprecipitation Method:5~100nm)

^{Product Overview}

ZIF-8 (Zeolitic Imidazolate Framework-8) is a metal-organic skeleton material with highly crystalline and porous properties, consisting of metal ions (such as zinc ions) and organic ligands (such as 2-methylimidazole). Co-precipitation method is a common method for the preparation of ZIF-8. Its basic principle is to mix metal salt and organic ligand in an appropriate solvent, and react the two by controlling reaction conditions to generate ZIF-8 co-precipitation method usually only needs to mix metal salt and organic ligand in an appropriate solvent, and the target product can be generated by controlling reaction conditions. The steps are relatively simple. Easy to operate

^{Technical Parameter}

Composition: Zn2+，C4H5N2-

Diameter:75-100nm

Specific surface area:~1100m2/g

Pore diameter:0.34-1.16nm

Appearance:White powder

^{Product Features}

Porosity: ZIF-8 has a high specific surface area and high porosity, which makes it a potential application in adsorption, separation and catalysis.

Aperture adjustable: The aperture size of ZIF-8 can be changed through the regulation of synthesis conditions to meet the needs of different applications;

Adsortion properties: ZIF-8 has excellent adsorption properties for a variety of substances, such as trimethylamine, a typical odor substance in seafood, and its adsorption capacity is higher than that of commercial ZSM-5 molecular sieve, activated alumina and activated carbon.

Excellent biocompatibility: it does not cause damage to the corneal endothelium and other tissues, which makes it a wide range of applications in the biomedical field

^{Application Fields}

Drug Delivery and biomedicine: ZIF-8 remains stable under physiological conditions and disintegrates under acidic conditions, making it an ideal vehicle for drug delivery. It can be loaded with drugs and released at specific sites, improving treatment effectiveness and reducing side effects;

Composite materials: ZIF-8 can be combined with other materials (such as gold nanoparticles, carbon nanofibers, etc.) to form a composite material with multiple functions. These composites show higher performance in catalysis, sensing, energy storage and other fields;

Energy storage: ZIF-8's high porosity and chemical stability make it a potential hydrogen storage material. By adsorbing hydrogen, ZIF-8 can play an important role in energy storage and conversion;

Sensors: The porous structure and chemical stability of ZIF-8 enable it to be used as a sensitive element in sensors for the detection of various gases and chemicals. Its high sensitivity and selectivity make the sensor have a wide range of applications in environmental monitoring, industrial production and biomedicine

^{Related Information}

^{This product takes up water quickly, please be sure to dry it at room temperature and keep sealed, avoid light. Vacuum drying at 100¡ãCcould optimize product performance. Expiry date: One year if stored in an airtight container.}

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