Mg(OH)2-Hydrotalcite

News Source : 　|　 Release Time: 2025-02-07

It is in this context that the strong joining of Zehui Magnesium Hydroxide brings unprecedented opportunities for the performance improvement of hydrotalcite.
Zehui Magnesium Hydroxide, with its high purity, excellent stability and environmental friendliness, enjoys a good reputation in the field of inorganic materials. When it is combined with hydrotalcite, it not only retains the original excellent properties of hydrotalcite, but also achieves significant improvement in thermal stability, flame retardant properties and catalytic activity. This innovative combination not only broadens the application field of hydrotalcite, but also injects new vitality into the field of material science.
Magnesium hydroxide plays a vital role in hydrotalcite, which is reflected in the following aspects:

Enhance the heat resistance

Magnesium hydroxide thermal decomposition will absorb a large amount of heat, this characteristic makes when magnesium hydroxide and talc combined, can significantly reduce the thermal decomposition of talc at high temperatures, so as to improve its heat resistance. This enhancement effect makes the talc in the high temperature environment can maintain the stability and reliability for a longer period of time.

Improve the adsorption performance

After the combination of magnesium hydroxide and hydrotalcite, the formation of layer structure has a larger specific surface area and porosity, these characteristics make the adsorption performance of the composite material has been enhanced. Whether for the pollutants in the gas or liquid, this enhanced adsorption performance makes the hydrotalcite in the field of environmental treatment has a wider range of application prospects.

Stabilization of laminar structure

The addition of magnesium hydroxide can change the layer structure of hydrotalcite, make it more stable and reduce the interlayer defects. This stabilized layer structure not only helps to improve the physical and chemical properties of hydrotalcite, but also helps to maintain its excellent performance in various application scenarios.

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