Nanotechnology is a discipline that covers a wide range of fields and is highly comprehensive. Flame retardant technology is a discipline that prevents flammable materials from continuing to burn or spread. What is the relationship between them? In fact, the rise of nanomaterials not only indicates a new direction for the development of the flame retardant industry, but also drives the progress of the entire flame retardant technology. Just by using the size and area effects of nanoparticles, we can raise the efficiency and effect of flame retardant to an unprecedented height, and the synergistic effect of multiple fire retardants is more likely to show a doubling effect. Now, Doyle will tell you about the relationship between nano materials and flame retardant materials.

Polymer materials are now widely used in our lives, and we should modify these flammable materials. Doyle believes that nanomaterials have many advantages, and as long as we use them well, we can receive unexpected returns. For example, nanomaterials can quickly capture free radicals during the combustion process, and using this property can maximize their flame retardancy. In addition, the surface of the nanomaterial can easily adsorb other substances. Using this feature, it can allow it to adsorb some antioxidants and different types of fire retardants. The synergistic effect can improve the flame retardant efficiency.