NOVELTY - Indium tin oxide powder comprises powder (11) comprising an aggregate of polycrystal indium tin oxide particles having anisotropy, and powder (12) comprising finer indium tin oxide particles than primary powder. The powder (11) has average major-axis diameter (L1) and average short-axis diameter (S1) of 200-5000 nm and 2-20, respectively. The powder (12) has average major-axis diameter (L2) and average short-axis diameter (S2) of 10-100 nm and 1-3, respectively. The content of powder (12) is 1-50 %mass with respect to 100 %mass of total content of powders (11 and 12).    USE - Indium tin oxide powder is used for coating material for manufacturing transparent conductive film (all claimed) for thin-film solar cell and touchscreen.    ADVANTAGE - The indium tin oxide powder provides transparent conductive film having excellent transmittance, and reduced electrical resistance and haze.    DETAILED DESCRIPTION - Indium tin oxide powder comprises powder (11) comprising an aggregate of polycrystal indium tin oxide particles having anisotropy, and powder (12) comprising finer indium tin oxide particles than primary powder. The powder (11) is integrally formed such that rod-shaped components shorter than the central nucleus meet the circumference of rod-shaped central nucleus in the same direction as the longitudinal direction of rod-shaped central nucleus and rod-shaped central nucleus is enclosed. The powder (11) has average major-axis diameter (L1) and average short-axis diameter (S1) of 200-5000 nm and 2-20, respectively. The powder (12) has average major-axis diameter (L2) and average short-axis diameter (S2) of 10-100 nm and 1-3, respectively. The content of powder (12) is 1-50 %mass with respect to 100 %mass of total content of powders (11 and 12). An INDEPENDENT CLAIM is included for coating material, which comprises the indium tin oxide powder.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of powder. (Drawing includes non-English language text)    Powders (11,12)    Rod-shaped central nucleus (11a)    Rod-shaped component (11b)    Average major-axis diameter of powder (L1)    Average short-axis diameter of powder (S1)