Product Details
Name:ZnFe-LDH
Product overview
Layered double hydroxides (LDH) are typical layered materials, usually consisting of several layers of positively charged metal cations and anions with a balanced charge. However, due to the weak interlayer anion and interlayer force, it is easy to be replaced and the layer spacing of LDH is enlarged, so LDH has more exposure sites, lower diffusion barrier and shorter diffusion path. In addition, ZnFe-LDH can be prepared by a variety of methods, including coprecipitation, hydrothermal method, ion exchange method, etc. These methods can adjust the composition, structure and properties of ZnFe-LDH according to needs to meet the application needs of different fields. In summary, ZnFe-LDH, as a kind of inorganic nanomaterial with unique layered structure and excellent properties, has shown broad application prospects and great development potential in many fields.
Characterizations
Appearance:Yellowish brown powder
Disc diameter:50-200nm（TEM:/span>
Element content:C:6.8wt%、O:17.6wt%、Fe:30wt%、Zn:45.6wt%(EDS)
Note: A small amount of powder dispersed in purified water can form colloidal sol. The Disc diameter of the particles is measured in a single time,and a small amount of fluctuations is allowed between different batches.
Product characteristics
1) Good adsorption performance: Good adsorption capacity for heavy metal ions, organic pollutants, etc., can be used for environmental remediation;
2) Good thermal stability: It has good thermal stability and can maintain the relative stability of the structure within a certain temperature range;
3) Good catalytic activity: due to its special structure and composition, it can be used as a catalyst or catalyst carrier to play a role in a variety of chemical reactions.
Application Fields
1）Environmental protection field: can be used to remove heavy metal ions in water, organic pollutants, etc., to purify the environment;
2）Catalysis field: As a catalyst or catalyst carrier, participate in various chemical reactions to improve reaction efficiency;
3）Energy storage field: It has potential application value in energy storage devices such as batteries and supercapacitors;
4）Biomedical field: It can be used for drug carriers, biosensors and other aspects.
Please e-mail for the detailed characterization data.
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