NOVELTY - A coated material has a film formed by coating material containing fluoropolymer (A), polyester polymer (B), ultraviolet absorber (D) and titanium oxide (E) to base material. Concentration of number of titanium atoms in region (I) from surface of film to depth of 5 mu m when total concentration of carbon, oxygen, fluorine and titanium elements is set to 100% is 0-9%. Concentration (Z) of number of titanium atoms in region (II) provided in depth of more than 10 mu m from surface of cured film is 8.5-15%. The ratio of ultraviolet absorber (D) in region (I) is 0.5-10 %mass.    USE - Coated material. Uses include but are not limited to signal apparatus, utility pole, pole of road marking, bridge, balustrade, construction materials (e.g. gate, fence, siding material for houses, curtain wall, roof), motor vehicle components (e.g. bumper and wiper blade), domestic electrical appliances, blade for wind power generation, back sheet of solar cell, and heat collecting mirror for solar thermal power generation.    ADVANTAGE - The coated material has excellent weather resistance, and generation of yellowing is prevented.    DETAILED DESCRIPTION - A coated material has a cured film having thickness of 20-1000 mu m and formed by coating a powder coating material containing a fluoropolymer (A), a polyester polymer (B), ultraviolet absorber (D) and titanium oxide (E) to a base material. The concentration of number of atoms of titanium element in region (I) from surface of cured film to depth of 5 mu m when total concentration of carbon, oxygen, fluorine and titanium elements is set to 100% is 0-9%, when cross-section of cured film is analyzed with scanning electron microscope having energy dispersive X-ray analyzer. The concentration (Z) of number of atoms of titanium element in region (II) provided in depth of more than 10 mu m from the surface of cured film is 8.5-15%. The ratio of ultraviolet absorber (D) contained in region (I) is 0.5-10 %mass, which is calculated by scraping off region (I) by a cutter, conducting high-performance liquid-chromatography analysis and measuring absorber content per unit mass using the analytical curve. The concentration (Z) is measured by totaling the concentration of number of atoms of titanium element in regions (II-1) to (II-5) having thickness of 20-30 mu m, 30-40 mu m, 40-50 mu m, 50-60 mu m and 60 mu m or more, respectively, and dividing with the number of regions.