Aqueous Coating Material with Molybdenum Particles and Solubilizer

The patent uses a solubilizer as an intermediary substance to bridge the incompatibility between hydrophobic molybdenum-containing inorganic compounds and water-based coating materials. The solubilizer molecules have both hydrophilic and hydrophobic portions, allowing them to interact with both the inorganic particles and water, thereby maintaining uniform dispersion and preventing precipitation while preserving the antibacterial and antifungal properties

The patent creates a composite coating material system consisting of molybdenum-containing inorganic compounds combined with organic solubilizers and water-based carriers. This composite approach allows the inorganic particles to maintain their functional properties while the organic components provide water solubility and dispersion stability, resolving the contradiction between reliability and compositional stability

The patent controls the particle size parameters of the transition metal oxide, specifying that particles should have an average diameter of 1-100 nm. This parameter optimization ensures sufficient surface area for catalytic activity while small enough sizes allow uniform distribution in the coating, resolving the contradiction between maintaining functional properties and achieving coating uniformity

The patent creates local high-concentration zones of transition metal oxide particles within the coating layer, where the particles are uniformly distributed at the nanoscale. This local uniformity ensures that catalytic properties are maintained throughout the coating while avoiding aggregation that would compromise overall coating quality