Details:

Here's how it typically works:

Liquid Soap Container: The foam pump is attached to a container filled with liquid soap. This container can be a dedicated soap dispenser or a refillable bottle with a wide mouth for easy pouring of liquid soap.

Foaming Chamber: Inside the foam pump, there is a foaming chamber where the transformation from liquid to foam takes place. This chamber is typically located below the pump mechanism and is designed to create a foaming action when the soap is dispensed.

Dilution and Mixing: When the pump is pressed, it draws a precise amount of liquid soap from the container into the foaming chamber. At the same time, air is introduced into the chamber, creating a mixture of soap and air bubbles.

Dispensing Action: As the mixture of soap and air moves through the pump mechanism, it undergoes further agitation and mixing. This results in the formation of foam, which is then dispensed through the pump's nozzle in a controlled manner.

Foam Generation: The pump mechanism is specifically designed to create the optimal conditions for foam generation. This may involve the use of specialized components such as mesh screens or foam filters to produce fine and uniform foam.

Hygienic Dispensing: Foam pumps are often preferred for hand washing due to their hygienic dispensing method. The foam is dispensed directly onto the hands without the need for contact with the pump, reducing the risk of cross-contamination and the spread of germs.

Economical Use: Foam pumps are known for their ability to dispense a smaller amount of soap compared to traditional liquid soap dispensers while still providing effective cleaning. This promotes economical use of soap and reduces waste.

User Experience: The foam produced by the pump provides a luxurious and enjoyable hand washing experience. It feels soft and lightweight on the skin, making it ideal for frequent use in households, offices, healthcare facilities, and other settings.