Synthesis and Characterization of Phosphoric and Fluorine-based for Improved Flame-retardant Functionality Acrylic Materials
발표자
()
초록
내용
Smoke, toxic gases, and heat from fires cause countless deaths and property damage every year. To solve these problems, many researchers have recently focused on flame retardants. In this experiment, we studied organic flame retardants (halogen and phosphorus) that are easy to compound with polymers. Organic flame retardant monomers were synthesized by combining fluorine and phosphorus at the acrylic end, and organic flame retardant polymers were synthesized by radical polymerization with various acrylic monomers. In addition, to evaluate the flame retardant properties according to the content of organic flame retardant monomers, monomer content ratios were varied. TGA and DSC were performed to confirm the flame-retardant properties of the synthesized polymers. By controlling the type and content of organic flame retardants or acrylic monomers comprising the organic flame retardant polymer, polymers with various properties can be synthesized, and the synthesized polymers will be used in various fields such as architecture, paints, and semiconductors.