Dental adhesive manufacturing: It is a critical high-performance compound in dental adhesive systems. Similar to other functional monomers such as 4-META and 10-MDP that are widely used in dentistry, the phosphate group in Bis - GDMAP can form stable chemical bonds with hydroxyapatite, which is the main component of dental enamel and dentin. Meanwhile, its methacrylate groups can undergo polymerization reactions with resin matrices in dental materials. This dual reactivity enables it to significantly enhance the bonding strength and durability between dental adhesives and tooth tissues, reducing the risk of adhesive failure and prolonging the service life of dental restorations.

Optimization of dental composite resins: It can be added to the formula of dental composite resins. On one hand, it improves the interfacial compatibility between the inorganic filler (such as glass powder) and the organic resin matrix in the composite resin, preventing delamination between the two components. On the other hand, its polymerization performance helps to improve the mechanical properties such as hardness and wear resistance of the composite resin, making the repaired teeth more adaptable to the chewing pressure in the oral cavity. At present, it has become a key material for many high-performance dental material manufacturers, and related enterprises occupy a significant market share in this product field.

It belongs to the category of reactive methacrylate phosphate monomers. Such monomers are often used as key components in the research and development of high-temperature resistant acrylic adhesives. In the research of adhesive formulations, Bis - GDMAP can be used to adjust the adhesion, curing speed and stability of adhesives. Its unique molecular structure allows it to be compatible with a variety of monomers and additives, providing ideas for the development of adhesives applicable to different substrates and working environments.