Abstract: A cone-shaped nozzle for an aerosol spray can is disclosed. The nozzle preferably has a tip with a top end, and an opposing bottom end that connects to a stem in the release valve on the top of the can Through the nozzle from the top center of the tip to its bottom center is a central cylindrical passageway. The top end of the passageway is the tip orifice, through which is discharged the contents of the can, and the bottom end of the passageway is an orifice, which orifice receives the stem and the contents of the can for passage to the tip. The bottom orifice cooperates with the top of a stem of the release valve in the top of the can, so that the nozzle is supplied through the stem into the orifice. The bottom orifice permits the cone-shaped nozzle to be depressed on its top, and travel downwardly far enough to activate the release valve.

Abstract: A cone-shaped nozzle for an aerosol spray can is disclosed. The nozzle preferably has a top end, or tip, and an opposing end, or stem, that removably connects to the can. Through the nozzle from the top center of the tip to the bottom center of the preferably cylindrical stem is a central cylindrical passageway. The top end of the passageway is the tip orifice, through which is discharged the contents of the can, and the bottom end of the passageway is the stem orifice, which receives the contents of the can for passage to the tip. The bottom of the stem and the stem orifice cooperate with the top of a release valve in the top of the aerosol can, so that the nozzle is supplied through the stem orifice. The stem is long enough to permit the cone-shaped nozzle to be depressed on its top, and travel downwardly far enough to activate the release valve.

Abstract: A cone-shaped nozzle for an aerosol spray can is disclosed. The nozzle preferably has a top end, or tip, and an opposing end, or stem, that removably connects to the can. Through the nozzle from the top center of the tip to the bottom center of the preferably cylindrical stem is a central cylindrical passageway. The top end of the passageway is the tip orifice, through which is discharged the contents of the can, and the bottom end of the passageway is the stem orifice, which receives the contents of the can for passage to the tip. The bottom of the stem and the stem orifice cooperate with the top of a release valve in the top of the aerosol can, so that the nozzle is supplied through the stem orifice. The stem is long enough to permit the cone-shaped nozzle to be depressed on its top, and travel downwardly far enough to activate the release valve.