A proportional electromagnetic flow control valve that regulates a flow rate of working fluid in accordance with a magnetic force generated by a solenoid, comprising: a sleeve; a movable iron core that displaces in an axial direction with respect to the sleeve in accordance with the magnetic force; a shaft that displaces together with the movable iron core; a valve body formed on the shaft; a seat portion that allows the valve body to invade such that an annular gap through which the working fluid flows is formed there-between, a cross-sectional area (Av) of the annular gap being varied according to a displacement position of the shaft; a first bearing that supports the shaft in the sleeve between the movable iron core and the seat portion; a valve chamber formed in the sleeve between the first bearing and the seat portion to supply working fluid to the annular gap, a second bearing supporting the movable iron core in a position detached from the first bearing, wherein the second bearing is a sheet member of non-magnetic resin pasted onto an inner circumferential surface of the sleeve to form a cylindrical shape, characterized in that the sleeve comprises a valve inlet port that introduces working fluid into the valve chamber, a valve outlet port that surrounds the valve body in a position downstream of the seat portion so as to allow working fluid that has passed the annular gap to flow out from the valve chamber, a small diameter inner circumferential surface forming the valve chamber, and a large diameter inner circumferential surface formed next to the small diameter inner circumferential surface via an annular sleeve step part, the first bearing is fixed to the large diameter inner circumferential surface in contact with the annular sleeve step part, and the valve inlet port is formed to extend over the small diameter inner circumferential surface and the large diameter inner circumferential surface. a sleeve; a movable iron core that displaces in an axial direction with respect to the sleeve in accordance with the magnetic force; a shaft that displaces together with the movable iron core; a valve body formed on the shaft; a seat portion that allows the valve body to invade such that an annular gap through which the working fluid flows is formed there-between, a cross-sectional area (Av) of the annular gap being varied according to a displacement position of the shaft; a first bearing that supports the shaft in the sleeve between the movable iron core and the seat portion; a valve chamber formed in the sleeve between the first bearing and the seat portion to supply working fluid to the annular gap, a second bearing supporting the movable iron core in a position detached from the first bearing, wherein the second bearing is a sheet member of non-magnetic resin pasted onto an inner circumferential surface of the sleeve to form a cylindrical shape, characterized in that the sleeve comprises a valve inlet port that introduces working fluid into the valve chamber, a valve outlet port that surrounds the valve body in a position downstream of the seat portion so as to allow working fluid that has passed the annular gap to flow out from the valve chamber, a small diameter inner circumferential surface forming the valve chamber, and a large diameter inner circumferential surface formed next to the small diameter inner circumferential surface via an annular sleeve step part, the first bearing is fixed to the large diameter inner circumferential surface in contact with the annular sleeve step part, and the valve inlet port is formed to extend over the small diameter inner circumferential surface and the large diameter inner circumferential surface.