Abstract: A disinfectant cap for sterile liquid dispensers is disclosed. The cap includes a biocide-containing reservoir separated from the hollow interior of the cap by a rigid partition having an aperture therein for receiving the outlet port of the dispensing end of the dispenser, the cap being configured such that when in a closed configuration, the outlet port of the dispensing end extends through the aperture into the biocide-containing reservoir and the rigid partition is configured such that when the cap is removed from the dispensing end the biocide is retained in the reservoir. This may be achieved by selecting the size of the aperture such that when the cap is removed from the dispensing end the biocide is retained in the reservoir by surface tension. Or the partition may be provided with a hinged flap which seals the aperture when the cap is removed from the dispensing end and which is moved away from the aperture when the outlet port extends through the aperture.

Abstract: A pressurized dispenser for dispensing sterile liquids in droplets having a flexible nozzle with flexible dispensing tip is provided. The tip has an opening which is normally sealed around a central plug. The dispenser is inverted and by pressing the side of the flexible nozzle a valve releases pressurized liquid into the space between the central plug and the dispensing tip which causes the tip to expand and release droplets.

Abstract: A disinfectant cap for sterile liquid dispensers is disclosed. The cap includes a biocide-containing reservoir separated from the hollow interior of the cap by a rigid partition having an aperture therein for receiving the outlet port of the dispensing end of the dispenser, the cap being configured such that when in a closed configuration, the outlet port of the dispensing end extends through the aperture into the biocide-containing reservoir and the rigid partition is configured such that when the cap is removed from the dispensing end the biocide is retained in the reservoir. This may be achieved by selecting the size of the aperture such that when the cap is removed from the dispensing end the biocide is retained in the reservoir by surface tension. Or the partition may be provided with a hinged flap which seals the aperture when the cap is removed from the dispensing end and which is moved away from the aperture when the outlet port extends through the aperture.

Abstract: A disinfectant cap for sterile liquid dispensers is disclosed. The cap for a dispenser for sterile liquid has a hollow container for storing the sterile liquid and a dispensing end having an outlet port, wherein the cap comprises a biocide-retaining element secured to the inner surface of the cap and is configured to contact the outlet port of the dispenser when in the closed position.