MOF-818

Product Name Name: MOF-818 Product Overview MOF-818, as a metal-organic framework material containing a three-nucleated copper center, copper ions (Cu) form a three-nucleated center, which usually forms coordination bonds with organic ligands (such as aromatic carboxylic acids), thus constituting the entire framework, with unique structure and properties. The crystal form of MOF 818 is mostly in the shape of an eight-hedron, and the face-centered cubic lattice shows a wide range of application potential in the fields of loading biological macromolecules, sensors, adsorption, catalysis, separation, etc., for example, it can be used as an efficient formaldehyde purification material, a chemiluminescent sensor for detecting chlorpyrifos concentration, and a nanase system for diabetic wound healing. The preparation method of MOF-818 is easy to operate and can be efficiently synthesized by solvothermal method, but in the preparation process, the proportion of raw materials, reaction temperature and reaction time need to be strictly controlled to ensure the crystal structure and properties of MOF-818. As the study of metal organic framework materials in recent years more and more in-depth, more applications of MOF - 818 will be the discovery and development. Technical Parameter Composition:Cu2+,Zr4+,C4H2N2O22— Status:Blue powder Particle size:200-500 nm Specific surface area:~340 m2/g Average pore size:2.5 nm(BJH) Pore volume:0.18 m3/g Product Features 1) Three-core copper center: The core feature of MOF-818 is that it contains a three-core copper center, that is, copper (Cu) ions form a three-core center. These structures are usually combined with organic ligands (such as aromatic carboxylic acids) through coordination bonds to form highly ordered pore structures. 2) Porosity: As a kind of MOF material, MOF-818 is porous, and its aperture and channel size are key indicators of the material. The porous structure enables MOF-818 to accommodate and adsorb a variety of molecules, which provides a basis for its application in adsorption, separation and other fields. 3) Regulability: The chemical properties of MOF-818 can be regulated by changing the types and coordination modes of metal ions and organic ligands, thus giving it specific functions and application potential. Application Fields 1) Sensors: Portable dual-mode sensors based on MOF-818 nanomases have been used for in-situ detection of H2O2 and H2S released by living cells. This sensor combines both colorimetric and electrochemical detection methods, providing a new tool for cell biology and clinical diagnosis; 2) Wound healing: Studies have shown that MOF-818 is remarkably effective in repairing wounds. By clearing ROS, remodeling oxidative stress microenvironment, promoting wound tissue repair, and improving anti-inflammatory levels and growth factor levels, MOF-818 can promote wound healing with good safety; 3) Drug loading and sustained release: Due to its porosity and good water stability, MOF-818 can be used as a drug carrier for loading and sustained release of drug molecules. This property makes MOF-818 potentially useful in the field of drug delivery and therapy. Instructions vacuum drying at 100°C before use can optimize product performance. Related Information Please e-mail for the detailed characterization data. E-mail:sales@xfnano.com