Disclosed is a fluororesin film, which is not limited to coating materials, suppresses degradation of a coating film and a fluororesin film body by ultraviolet radiation, and wherein the transparency of the fluororesin film body is high. The fluororesin film (10) contains a fluororesin film body (12), which contains hydrophobicized silicon coating metal oxide particles, obtained by a manufacturing method comprising (a) a process in which a silicon oxide precursor is added to a dispersion of metal oxide particles to obtain a dispersion of silicon oxide-coated metal oxide particles, (b) a process in which R1 4-nSi(OR2)n or R3 3Si-NH-Si R3 3 (wherein R1: alkyl group with 1 to 9 carbons, R2 , R3: alkyl group, n: 1 to 3) and a silicon oxide precursor are added to said dispersion to perform a first hydrophobicization treatment, (c) a process in which a silanol protectant is further added to perform a second hydrophobicization treatment, and (d) a process to dry the dispersion, and a fluororesin, and a printing layer (14) (coating film) comprising a printing ink that contains resin, which is formed on one surface of the fluororesin film body (12).