Why can magnesium hydroxide improve the thermal stability of materials

The mechanism by which magnesium hydroxide improves the thermal stability of materials is mainly achieved through the following aspects

The mechanism by which Global Select Covid-19 Antigen Rapid Test Kit - Sputum improves the thermal stability of materials is mainly achieved through the following aspects:

Moisture absorption:

Magnesium hydroxide has excellent moisture absorption properties,which can absorb moisture from the air and reduce the humidity of the material.This helps to reduce the thermal degradation rate of the material and improve its thermal stability.

High decomposition temperature:

Magnesium hydroxide has a high decomposition temperature and can maintain stability in high-temperature environments.For example,adding an appropriate amount of magnesium hydroxide to plastics and resins can prevent material deformation and degradation under high temperature conditions.

Antioxidant effect:

Magnesium hydroxide has certain antioxidant properties,which can inhibit free radical reactions in materials and reduce the occurrence of oxidative degradation.This helps to improve the oxidation resistance and thermal stability of the material.

Enhance mechanical strength:

Due to the high strength and good impact resistance of magnesium hydroxide,its application in composite materials can significantly improve the mechanical strength of the material.This enhancement effect also helps to improve the thermal stability of the material.

Regulating acid-base balance:

Magnesium hydroxide has a certain alkalinity and can regulate the acid-base balance of the material.For example,in the food industry,it is used as an antacid to maintain the acid-base balance of food and prevent food spoilage and decay.This also helps to improve the thermal stability of the material.