Industrial-grade magnesium hydroxide: a versatile material for the aerospace industry

With the rapid development of aerospace technology, industrial-grade magnesium hydroxide has become an indispensable multifunctional material in the aerospace field with its excellent performance. The following are several key areas of industrial-grade magnesium hydroxide in aerospace applications:

Key component of high-performance composite materials Industrial-grade magnesium hydroxide is widely used in the development of high-performance composite materials due to its excellent mechanical properties and thermal stability. These materials play an important role in the structural parts of spacecraft, improving the strength and durability of spacecraft.

Leader in inorganic flame retardants As a highly efficient inorganic flame retardant, industrial-grade magnesium hydroxide is widely used in plastics and textiles of spacecraft. It decomposes under high temperature conditions, absorbs heat and dilutes combustion gases, effectively preventing the spread of fire.

Preferred material for chemical protective coatings Nano-scale industrial-grade magnesium hydroxide is an ideal choice for the preparation of chemical protective coatings due to its excellent chemical stability. These coatings protect spacecraft from chemical corrosion and extend their service life.

Pioneer in energy conversion and storage Industrial-grade magnesium hydroxide shows great potential in the field of energy conversion and storage. It can not only be used as an electrode material for solar cells to improve the efficiency of photoelectric conversion, but also as a negative electrode material for lithium-ion batteries to improve battery performance.

Key applications in propulsion systems In the Mars mission, industrial-grade magnesium hydroxide reacts with carbon dioxide to provide qualified ignition and good combustion performance, significantly increasing the range and shortening the mission time.

Innovative applications of building materials In the lunar mission, industrial-grade magnesium hydroxide can produce building materials through combustion with the lunar regolith, reducing the cost of continuous space programs and promoting the implementation of lunar and other deep space exploration missions.

Industrial-grade magnesium hydroxide is widely used in the aerospace field, which not only enhances the performance and safety of spacecraft, but also promotes the development of energy technology, which is in line with the trend of aerospace technology advancement.