NOVELTY - A composition (C1) comprises (wt.%): metaloxide grafted with silane component (I) (20-60), water (40-80), organic solvent (less than 1), and surfactant (less than 0.1).    USE - For coating applications in e.g. the glass industry, electronics, automotive, specialty packaging, solar cells and architectural film applications; in safety applications, clean rooms, electronic films, and radio frequency identification (RFID) films; and in climate control films, architectural or automotive window films or UV absorptive films for decreased yellowing and degradation.    ADVANTAGE - The metal oxide particles yields stable aqueous metaloxide dispersions at high wt.% of nanoparticles with no dispersing agents or surfactants. The metaloxide dispersion of nanoparticles and the latex composition provides coating materials with excellent stability, which give excellent optical and mechanical properties upon application on a substrate and drying. The nanodispersions coatings provide antistatic, EMI (electromagnetic interference) shielding or conductive properties to the coated substrates; provide absorption in the UV or NIR regime together with a high transparency in the visible regime.    DETAILED DESCRIPTION - A composition (C1) comprises (wt.%): metaloxide grafted with a silane component of formula Y'-O-Cn-Si-(OR)3 (I) (20-60), water (40-80), organic solvent (less than 1), and surfactant (less than 0.1).    Y'=H, hydroxy functional 1-20C hydrocarbylgroup, or epoxy functional 1-20C hydrocarbyl group;    Cn=1-10C hydrocarbyl bridging group;    R=H or 1-10C hydrocarbyl group.    INDEPENDENT CLAIMS are included for the following:    (1) preparing a dispersion of metaloxide nanoparticles involving: (a) providing a dispersion of metaloxide nanoparticles in water or water/organic solvent mixture, having no surfactants; (b) adding the silane component (I); (c) heating the mixture for 4-24 hours at 60-90 degrees C; and (d) removing the organic solvent by distillation and concentrating the obtained dispersion of grafted metaloxide particles to a desired wt.%; and    (2) a latex composition, comprising antimony doped tinoxide (ATO), grafted with the component (I) and polymeric binder materials.