UIO-66-NH2(100-200nm)

Product Name

Name：UIO-66-NH2:00-200nm:/span>

^{Product Overview}

UIO-66-NH2 is a special type of metal-organic skeleton material (MOF) with unique structure and properties, which shows wide application potential in many fields. Ioo-66-nh2 is composed of zirconium ions (Zr^4+) and organic ligands containing amino functional groups, such as 1, 4-benzoylenediamine, also known as BDC-NH2, NH2-BDC, or H2BDC-NH2. This amino ligand can provide additional functional groups to form coordination bonds with metal ions, giving the material richer chemical properties and more application potential. The structure of UIO-66-NH2 is similar to UIO-66, with a network structure and pore structure. The pore size can be controlled by adjusting the synthesis conditions and the selection of ligands, so that the material properties can be precisely regulated

^{Technical Parameter}

Composition:Zr4+，C8H7NO4-

Average diameter:100-200nm

Specific surface area:~1059m2/g

Pore diameter:0.6~1.1nm

Appearance:（Pale brown powder:/span>

^{Product Features}

Amino-containing functional groups: Compared to UIO-66, the organic ligand of UIO-66-NH2 contains the amino (-NH2) functional group. This property gives UIO-66-NH2 stronger chemical activity and selectivity, because it can interact with other molecules through amino groups, such as hydrogen bonding, acid-base reaction, etc.

Versatility: Because UIO-66-NH2 has a unique structure and properties, it can be further modified by introducing other metal ions, functional groups or organic molecules, thus giving it more properties and functions.

^{Application Fields}

Gas adsorption and separation: UIO-66 is excellent for carbon dioxide capture, hydrogen storage and methane separation. Because of its high selectivity and high efficiency, UIO-66 has an important application prospect in gas industry.

Catalytic reaction: UIO-66 has been used to catalyze oxidation, hydrogenation, dehydrogenation and other reactions, showing excellent catalytic activity and stability. In addition, by modifying UIO-66, its catalytic performance can be further improved to meet the needs of different reactions.

Drug delivery: The pore structure of UIO-66 can be used as a drug carrier for drug delivery and release. Encapsulation of drug molecules in UIO-66 channels can achieve drug protection and controlled release, thereby improving drug efficacy and reducing side effects. can

Source storage: UIO-66's high porosity and specific surface area make it potentially useful in energy storage as well. For example, UIO-66 can be used as an electrode material for supercapacitors, improving the energy density and cycle stability of capacitors.

^{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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