Electromagnetically-actuated piloted valve (1; 100; 100') comprising: - a housing (2; 2') provided with a plurality of cavities (3, 4; 3', 4') through which a pressurised operating fluid can enter, or exit, said valve (1; 100); - driving means (5, 8, 22) comprising an electromagnet; - plugging means (23; 23') that is longitudinally movable along two opposite parallel directions (K, Y) and driven by said driving means (5, 8, 22); - an abutting element, provided with at least one through hole arranged for being selectively engaged, or disengaged, by said plugging means (23; 23') such as to alternatively enable said operating fluid to traverse, or preventing said operating fluid from traversing, said at least one hole and consequently alternatively enable, or prevent, the passage of said operating fluid through said valve (1; 100; 100'); - a main piston; wherein: - said electromagnet comprises a coil that encloses a fixed core and a movable core, which are both made of a ferromagnetic material; - said plugging means (23; 23') projects to said abutting element and is positioned in a second chamber, defined between said movable core and said abutting element and arranged for being filled, in use, by said operating fluid; - said abutting element comprises a peripheral zone having a circular shape, which externally surrounds a main portion and extends radially from said main portion to the exterior, said peripheral zone being interposed between an end portion (15; 115) of said fixed core and a shoulder defined by an internal wall of a main cavity (3; 3') comprised in said plurality of cavity (3, 4; 3', 4'); - said main portion comprises a recess that extends parallel to a longitudinal axis of said valve and faces a part opposite said second chamber; characterized in that: - said main piston is provided with a pivot that projects from an end of said main piston to said abutting element so as to be received, in use, inside said recess; - in said abutting element a further conduit is made that connects said second chamber to a third chamber and is arranged for being traversed by said operating fluid, said third chamber being interposed between said abutting element and said main piston. - a housing (2; 2') provided with a plurality of cavities (3, 4; 3', 4') through which a pressurised operating fluid can enter, or exit, said valve (1; 100); - driving means (5, 8, 22) comprising an electromagnet; - plugging means (23; 23') that is longitudinally movable along two opposite parallel directions (K, Y) and driven by said driving means (5, 8, 22); - an abutting element, provided with at least one through hole arranged for being selectively engaged, or disengaged, by said plugging means (23; 23') such as to alternatively enable said operating fluid to traverse, or preventing said operating fluid from traversing, said at least one hole and consequently alternatively enable, or prevent, the passage of said operating fluid through said valve (1; 100; 100'); - a main piston; - said electromagnet comprises a coil that encloses a fixed core and a movable core, which are both made of a ferromagnetic material; - said plugging means (23; 23') projects to said abutting element and is positioned in a second chamber, defined between said movable core and said abutting element and arranged for being filled, in use, by said operating fluid; - said abutting element comprises a peripheral zone having a circular shape, which externally surrounds a main portion and extends radially from said main portion to the exterior, said peripheral zone being interposed between an end portion (15; 115) of said fixed core and a shoulder defined by an internal wall of a main cavity (3; 3') comprised in said plurality of cavity (3, 4; 3', 4'); - said main portion comprises a recess that extends parallel to a longitudinal axis of said valve and faces a part opposite said second chamber; - said main piston is provided with a pivot that projects from an end of said main piston to said abutting element so as to be received, in use, inside said recess; - in said abutting element a further conduit is made that connects said second chamber to a third chamber and is arranged for being traversed by said operating fluid, said third chamber being interposed between said abutting element and said main piston.