With the continuous improvement of building safety awareness, the application of fire-resistant materials has become particularly important in modern architecture. Among them, fireproof boards, as a common fire protection material, are widely used in building structures such as walls, ceilings, and furniture. Their core function is to delay the spread of fire, ensure personnel evacuation, and protect property. However, how to effectively improve the flame-retardant properties of fireproof boards has become an important research topic in the field of materials science and civil engineering.

　　Secondly, the use of multi-layer composite structural design is also an important means to enhance fire resistance. By combining different materials with different properties, such as adding expansion layers, insulation layers, and fire-resistant layers to fireproof boards,

　　Moreover, the application of surface coating technology is also an effective method to enhance flame-retardant properties. By spraying or rolling on a layer of fire-resistant coating on the surface of fireproof boards, such as intumescent fire-resistant coatings or inorganic fire-resistant coatings, it can further enhance its fire resistance. Such coatings can rapidly expand when exposed to fire, forming a thick insulating foam layer, effectively isolating the transmission of oxygen and heat.

　　Finally, the improvement of production processes plays a decisive role in enhancing the performance of fireproof boards. The use of high-temperature and high-pressure molding technology can not only increase the material density and structural stability but also enhance its mechanical strength and durability under high temperatures. At the same time, scientific drying and curing processes also help to reduce internal defects in the material, improving the overall flame-retardant performance.



In summary, improving the flame-retardant properties of fireproof boards requires efforts in material selection, structural design, surface treatment, and production processes from multiple aspects. With the continuous development of new materials and technologies, the future fireproof boards will trend towards higher efficiency, environmental protection, and lightweight, providing a more solid guarantee for building safety.