I. Military camouflage coatings

Enhance the camouflage effect: magnesium oxide plays an indispensable role in military camouflage coatings with its unique physical and chemical properties. It can significantly enhance the whiteness of the paint, especially in snow and other environments that require high whiteness camouflage, so that the camouflage paint is closer to the color of the natural environment, effectively confusing the enemy reconnaissance equipment.

Enhancement of reflective properties: magnesium oxide has excellent reflective properties in the visible and infrared light bands, enabling camouflage coatings to maintain a high degree of concealment under a variety of reconnaissance conditions. This characteristic is of great significance for improving the survivability and combat effectiveness of military equipment.

Stable chemical properties: magnesium oxide has stable chemical properties, which can ensure the long-term effectiveness of camouflage coatings under different environmental conditions. At the same time, it also has potential antimicrobial properties, providing additional protection for camouflage coatings.

II. Stealth materials

Absorption of radar waves: Nano magnesium oxide can be used as one of the components of stealth coatings to reduce the radar cross-section of weaponry and improve its stealth performance by absorbing radar waves and controlling surface reflections.

Composite application: nano magnesium oxide and other materials composite, can be made with better wave-absorbing properties of the stealth coating, applied to aircraft, ships and missiles and other equipment, significantly improve its stealth performance.

Third, thermal protection materials

High-temperature stability: in high-speed vehicles and spacecraft, nano-magnesium oxide can be used to make thermal protection layer due to its good thermal stability and heat insulation properties, to resist high-temperature environment and protect the equipment from damage.

Electromagnetic shielding materials

Prevent electromagnetic interference: the high electrical conductivity and high magnetic permeability of nano-magnesium oxide makes it play an important role in electromagnetic shielding materials, which can effectively prevent electromagnetic interference and information leakage, and safeguard the safe operation of military communications and electronic equipment.

Refractory and armor materials: In armored vehicles and military buildings, refractory materials with nano-magnesium oxide additions can improve high-temperature resistance and enhance protection against explosions and ballistic impacts. This helps to improve the overall level of protection for military equipment.

Biomedical materials: Although this application is more associated with the military medical field, nano-magnesium oxide also has potential application prospects in military medical treatment due to its good biocompatibility and antimicrobial properties, such as trauma dressings and bone repair materials.