10-(Phosphonooxy)decyl Methacrylate, commonly known as 10-MDP, is a functional phosphate-containing methacrylate monomer widely investigated in dental materials science.
Its molecular structure contains a methacrylate group capable of free-radical polymerization, a long alkyl spacer, and a terminal phosphate group. The methacrylate functionality enables incorporation into polymeric resin networks, while the phosphate functionality provides strong interaction with mineral surfaces and metal-containing substrates.
These characteristics make 10-MDP particularly relevant to the development of dental adhesives, self-etching bonding systems, resin cements, restorative resin systems, and other functional dental materials. It is also useful for research on surface modification and functional polymer materials.
10-MDP contains two important functional regions.
The methacrylate group can undergo free-radical polymerization with other methacrylate monomers, allowing 10-MDP to become part of a crosslinked resin network.
The phosphate group provides acidic and polar functionality that can interact with mineral substrates and metal-containing surfaces. In dental-material research, this functionality is particularly important for investigating chemical interaction with hydroxyapatite and other calcium-containing dental substrates.
The combination of polymerizable and substrate-interacting groups allows 10-MDP to function as a functional adhesive monomer, bridging resin polymer networks and inorganic or mineralized surfaces.
10-MDP is an important functional monomer for dental adhesive research. Its phosphate group can interact with mineralized dental substrates, while its methacrylate group participates in polymerization, making it suitable for studying dentin and enamel bonding systems.
10-MDP is particularly relevant to self-etching and mild self-etch dental adhesive systems. Researchers can investigate its role in substrate interaction, resin infiltration, polymerization, and the stability of the resulting adhesive interface.
10-MDP can be incorporated into resin cement research to investigate adhesion between polymeric resin systems and inorganic or mineral-containing substrates. Its phosphate functionality is especially relevant to bonding studies involving metal oxides and dental substrates.
10-MDP can be studied as a functional monomer in resin-based restorative materials and related formulations. Research may evaluate its influence on adhesion, polymerization, interfacial stability, water interaction, and long-term material performance.
The phosphate functionality of 10-MDP makes it relevant to research on bonding resin systems to metal oxides, zirconia, and other inorganic surfaces. This is particularly important in dental prosthetic and restorative material research.
10-MDP can be investigated for modifying inorganic or mineral-containing surfaces with polymerizable functional groups. The phosphate functionality can provide surface interaction while the methacrylate group enables subsequent polymerization.
Beyond dental materials, 10-MDP can support research into functional methacrylate polymers, surface-functionalized polymer systems, and polymer–inorganic interfaces where both polymerization and interfacial interaction are required.
This product can support research, formulation development, and material innovation across the following specific industries and research fields:
Q1. What is 10-(Phosphonooxy)decyl Methacrylate?
10-(Phosphonooxy)decyl Methacrylate is a functional phosphate-containing methacrylate monomer commonly known as 10-MDP.
Q2. What are the main applications of 10-MDP?
Its main applications include dental adhesives, self-etch bonding systems, resin cements, restorative materials, metal and ceramic bonding, and functional surface modification.
Q3. Is 10-MDP used in dental materials?
Yes. 10-MDP is widely associated with dental adhesive and bonding-material research, particularly systems designed to interact with mineralized dental substrates.
Q4. Why is 10-MDP useful in dental adhesives?
Its phosphate group provides substrate-interacting functionality, while its methacrylate group allows it to polymerize and become part of the resin matrix.
Q5. Can 10-MDP be used for zirconia bonding research?
Yes. Its phosphate functionality makes it relevant to research on resin bonding to zirconia and other metal-oxide-containing ceramic surfaces.
Q6. Is 10-MDP a monomer or polymer?
10-MDP is a functional methacrylate monomer. It can participate in free-radical polymerization to form part of a polymer network.
Q7. How should 10-MDP be stored?
Store it tightly closed in a cool, dry location and follow the supplier's SDS. Commercial suppliers commonly recommend refrigerated storage around 2–8 °C.
