Best quality Ethylhexyl Methacrylate - Glycidyl methacrylate(GMA) microspheres stabilized, 97% 100GR – JIN DUN

Glycidyl Methacrylate (GMA) is a monomer that has both acrylate double bonds and epoxy groups. Acrylate double bond has high reactivity, can undergo self-polymerization reaction, and can also be copolymerized with many other monomers; while epoxy group can react with hydroxyl, amino, carboxyl or acid anhydride, introducing more The functional group, which brings more functionality to the product. Therefore, GMA has a very wide range of applications in organic synthesis, polymer synthesis, polymer modification, composite materials, ultraviolet curing materials, coatings, adhesives, leather, chemical fiber papermaking, printing and dyeing, and many other aspects.

Domain GMA has a very wide range of applications in organic synthesis, polymer synthesis, polymer modification, composite materials, ultraviolet curing materials, coatings, adhesives, leather, chemical fiber papermaking, printing and dyeing, etc. GMA is used in powder coatings: One of the main uses of GMA is to make matting resins for powder coatings for outdoor use. Because of its epoxy group, it has excellent powder coating leveling performance, weather resistance, salt spray resistance, high temperature resistance, and yellowing resistance. Application of GMA in plastic modification: GMA can be grafted onto the polymer due to the presence of an acrylate double bond with higher activity in Chemicalbook. GMA grafted POE is mainly used as a polyester compatibilizer in the market. These functionalized polymers can be used as toughening agents to toughen engineering plastics or as compatibilizers to improve the compatibility of the blend system. GMA is used in UV glue: double bonds are used for UV radical monomers, radical cationic curing, because of epoxy groups, the curing speed is slow, but the adhesion effect is better. Application of GMA in PCB ink: GMA can be used to produce PCB ink, green oil of acrylic system. Green oil is circuit board ink.