To provide an inkjet recording material which has high ink absorbency, reduced ink bleeding and high glossiness, namely, jointly has high ink absorbency, high glossiness and high ink bleeding resistance.

In the inkjet recording material having an ink receiving layer essentially consisting of inorganic fine particles with the average secondary particle diameter of ≤500 nm on a non-water absorbent support, inorganic fine particles with the secondary average particle diameter of 1 to 20 μm dispersed in the presence of cationic emulsion are incorporated into the ink receiving layer.