Coated fabric

1. The flame retardancy of textiles is improved

As an inorganic compound, magnesium oxide has a high melting point and chemical stability, which makes it an ideal additive to 

improve the flame retardancy of textiles. In high temperature working environments, such as fire fighting, metallurgy, etc., 

the use of magnesia coated protective clothing can significantly improve the level of safety protection for operators. 

These protective suits not only have excellent fire resistance, but also maintain good air permeability and comfort under extreme conditions, 

ensuring the life safety and work efficiency of operators. For example, by impregnating a nanostructured magnesium oxide coating on cotton fibers, 

it is possible to significantly improve the flame retardancy of textiles while maintaining their breathability.

2. Enhancement of antibacterial and deodorant properties

The application of magnesium oxide in medical textiles, such as surgical gowns and hospital gowns, can effectively reduce the risk of nosocomial infection. 

The antibacterial and deodorant function of magnesium oxide is mainly to kill bacteria through its nanostructure and surface reactive oxygen species (ROS). 

It is widely used in medical, outdoor sports and high-temperature work, and can significantly reduce bacterial growth and odor. Technical challenges include issues such as coating adhesion, 

production costs and feel changes, but through the use of nanotechnology and surface modification technology, coating uniformity and permeability can be effectively improved to 

improve the compatibility of the coating with the substrate.