ZIF-67(Coprecipitation method)

ZIF-67(Coprecipitation method)Product Name Name ZIF 67Coprecipitation method: span> Product Overview ZIF 67 is a metal organic framework (MOF) material consisting of cobalt ions and 2 methylimidazolate, with a cubic crystal structure. The preparation methods of ZIF 67 are various, including solvothermal method, surfactant assisted method, sol gel method, microwave ultrasonic assisted method, etc. These methods can control the morphology and particle size of ZIF 67 by adjusting the

Product Name

Name ：ZIF-67（Coprecipitation method:/span>

^{Product Overview}

ZIF-67 is a metal-organic framework (MOF) material consisting of cobalt ions and 2-methylimidazolate, with a cubic crystal structure. The preparation methods of ZIF-67 are various, including solvothermal method, surfactant assisted method, sol-gel method, microwave/ultrasonic assisted method, etc. These methods can control the morphology and particle size of ZIF-67 by adjusting the experimental conditions, so as to meet the needs of different applications. One of the most widely used methods is coprecipitation

^{Technical Parameter}

Size: 300-500 nm        

Composition：Co2+，C4H5N2-

Specific surface area：~2470m2/g

Pore diameter:.13-1.16 nm

^{Product Features}

Air stability: durable stability in the air;

Solution stability: stable in aqueous solution and strong alkali solution, but unstable under acidic conditions;

Thermal stability: high thermal stability, thermal decomposition temperature greater than 400¡ãC

Application Fields

Catalysis: can be used for a variety of chemical reaction catalytic process, such as oxidation reaction, reduction reaction, etc.

Gas adsorption and separation: It has high selectivity and adsorption capacity for some gases (such as CO2), and can be used as gas trapping agent and separation material;

Energy storage: electrode materials that can be used in supercapacitors;

Tissue engineering: The high specific surface area and porous structure make it an ideal tissue engineering scaffold material, which can provide three-dimensional growth space and support for cells

^{Related Information}

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