A blower comprising: a lower case in which a suction hole through which air flows inside is formed; an upper case that is disposed on the lower case and in which a discharge hole through which air is discharged is formed; and a fan motor that provides rotational force; and a fan that is disposed in the lower case and is fixed to a motor shaft of the fan motor, wherein the motor shaft forms a rotation axis (MX), wherein the fan includes: a hub having an outer surface extending to be inclined at a first angle (θ8) with respect to a first axis (MX1) that is parallel with the rotation axis (MX), and having a hub upper end located at radial outer end of the hub ; a plurality of blades coupled to the hub ; and a shroud having an inner surface facing the outer surface of the hub with the blade therebetween, wherein the shroud includes: a rim portion extending in a circumferential direction into which air is suctioned; and a supporting portion extending outward in a radial direction from the rim portion and extending to be inclined at a second angle (θ9), which is larger than the first angle (θ8), with respect to a second axis (MX2) that is parallel with the rotation axis (MX) and passes through the rim portion , and wherein the hub upper end and the rim portion are aligned on the second axis (MX2). a lower case in which a suction hole through which air flows inside is formed; an upper case that is disposed on the lower case and in which a discharge hole through which air is discharged is formed; and a fan motor that provides rotational force; and a fan that is disposed in the lower case and is fixed to a motor shaft of the fan motor, wherein the motor shaft forms a rotation axis (MX), wherein the fan includes: a hub having an outer surface extending to be inclined at a first angle (θ8) with respect to a first axis (MX1) that is parallel with the rotation axis (MX), and having a hub upper end located at radial outer end of the hub ; a plurality of blades coupled to the hub ; and a shroud having an inner surface facing the outer surface of the hub with the blade therebetween, wherein the shroud includes: a rim portion extending in a circumferential direction into which air is suctioned; and a supporting portion extending outward in a radial direction from the rim portion and extending to be inclined at a second angle (θ9), which is larger than the first angle (θ8), with respect to a second axis (MX2) that is parallel with the rotation axis (MX) and passes through the rim portion , and wherein the hub upper end and the rim portion are aligned on the second axis (MX2). a hub having an outer surface extending to be inclined at a first angle (θ8) with respect to a first axis (MX1) that is parallel with the rotation axis (MX), and having a hub upper end located at radial outer end of the hub ; a plurality of blades coupled to the hub ; and a shroud having an inner surface facing the outer surface of the hub with the blade therebetween, wherein the shroud includes: a rim portion extending in a circumferential direction into which air is suctioned; and a supporting portion extending outward in a radial direction from the rim portion and extending to be inclined at a second angle (θ9), which is larger than the first angle (θ8), with respect to a second axis (MX2) that is parallel with the rotation axis (MX) and passes through the rim portion , and wherein the hub upper end and the rim portion are aligned on the second axis (MX2). a rim portion extending in a circumferential direction into which air is suctioned; and a supporting portion extending outward in a radial direction from the rim portion and extending to be inclined at a second angle (θ9), which is larger than the first angle (θ8), with respect to a second axis (MX2) that is parallel with the rotation axis (MX) and passes through the rim portion , and wherein the hub upper end and the rim portion are aligned on the second axis (MX2). <EOS>