Abstract: A component for a fluidic circuit is provided with at least one tubular portion extending around an axis and with at least one annular identifying band, which is coupled to the tubular portion.

Abstract: A ball for a hydraulic component comprises a spherical body provided with at least one first through channel, which extends along a first axis; and at least one flow changer element arranged along the first through channel.

Abstract: A component for a fluidic circuit is provided with at least one tubular portion extending around an axis and with at least one annular identifying band, which is coupled to the tubular portion.

Abstract: Gasket for a ball valve, comprising a support and sealing element having an annular sealing body, extending about an axis and shaped so as to cooperate in use with a ball shutter and having at least one sealing surface designed to cooperate in a fluid-tight manner with a corresponding surface of the shutter; and provided with a flowrate adjustment opening defined by a contoured opening formed through a wall of the support and sealing element and shaped so as to characterize the flowrate of a fluid flowing through the opening.

Abstract: A valve assembly is provided with a first valve body provided with a first chamber; a shutter, which is movable in the first chamber and is connected to a control device; a second valve body, coupled to the first valve body and provided with a second chamber communicating with the first chamber; a check valve, at least partially housed in the second chamber; at least a first fitting, mechanically coupled to the second valve body; the second valve body and the first fitting being distinct pieces.

Abstract: A ball for a hydraulic component comprises a spherical body provided with at least one first through channel, which extends along a first axis; and at least one flow changer element arranged along the first through channel.

Abstract: A single-entry faucet is provided with a delivery duct, a supply duct and a nebulizer insert coupled to the outlet of the delivery duct.

Abstract: A fitting for a pipe is disclosed. It includes a main body for internally accommodating the pipe, fastening means able to be tightened to the main body, a deformable annular sealing gasket and a blocking ring nut which can be positioned within the fitting between the main body and the fastening means, respectively, to ensure the sealing of, and block in firm position, the pipe, at least when the fastening means are tightened to the main body, the blocking ring nut being elastically deformable in radial direction. The fitting also has means for retaining in a widened position at least the mouth section of the annular sealing gasket, with an inner diameter greater than the outer diameter of the pipe.

Abstract: A fitting for a pipe is disclosed. It includes a main body for internally accommodating the pipe, fastening means able to be tightened to the main body, a deformable annular sealing gasket and a blocking ring nut which can be positioned within the fitting between the main body and the fastening means, respectively, to ensure the sealing of, and block in firm position, the pipe, at least when the fastening means are tightened to the main body, the blocking ring nut being elastically deformable in radial direction. The fitting also has means for retaining in a widened position at least the mouth section of the annular sealing gasket, with an inner diameter greater than the outer diameter of the pipe.

Abstract: Fitting for at least one pipe, having a main body for internally accommodating said at least one pipe, fastening means able to be tightened to the main body, at least one deformable annular sealing gasket and at least one blocking ring nut which can be positioned within the fitting between the main body and the fastening means, respectively, to ensure the sealing of, and block in firm position, the pipe, at least when the fastening means are tightened to the main body, the blocking ring nut being elastically deformable at least in radial direction. The fitting also has means for retaining in a widened position at least the mouth section of the at least one annular sealing gasket, with an inner diameter greater than the outer diameter of the at least one pipe.

Abstract: Fitting for at least one pipe, having a main body for internally accommodating said at least one pipe, fastening means able to be tightened to the main body, at least one deformable annular sealing gasket and at least one blocking ring nut which can be positioned within the fitting between the main body and the fastening means, respectively, to ensure the sealing of, and block in firm position, the pipe, at least when the fastening means are tightened to the main body, the blocking ring nut being elastically deformable at least in radial direction. The fitting also has means for retaining in a widened position at least the mouth section of the at least one annular sealing gasket, with an inner diameter greater than the outer diameter of the at least one pipe.

Abstract: The invention relates to a connection plate between the body of a valve for hydraulic or pneumatic circuits and an actuator suitable to control the rotation of the valve stem, the valve body being provided with pawls for the stem rotations. This plate comprises a shaped body that can be inserted on the valve body and has an opening for the valve stem, said shaped body defining passageways for the pawls and adjacent seats where the pawls are housed and held following a rotation of the plate upon assembly. This allows connecting conventional types of valves and actuators to each other.

Abstract: The invention relates to a connection plate between the body of a valve for hydraulic or pneumatic circuits and an actuator suitable to control the rotation of the valve stem, the valve body being provided with pawls for the stem rotations. This plate comprises a shaped body that can be inserted on the valve body and has an opening for the valve stem, said shaped body defining passageways for the pawls and adjacent seats where the pawls are housed and held following a rotation of the plate upon assembly. This allows connecting conventional types of valves and actuators to each other.