Foam bottle is a device we often encounter when using bath products. The foam bottle can be injected with a foam-like liquid, and when we use it, this liquid can become a lot of fine foam, changing our use Be more convenient and worry-free. So, what is the foam production principle of the device in the mousse bottle?

THE FIRST POINT

The foam generation principle of the mousse bottle is also related to pressure changes and the physical properties of the gas. We know that the gas is there
The pressure at a certain temperature is inversely proportional to its volume, that is, when the volume of the gas is down, its pressure will be
In the bottle, the liquid worm injected is actually a foaming agent. The molecules of this foaming agent contain two types
Areas of varying nature. One is a hydrophilic region, which is able to adsorb on the surface of water molecules, and the other
It is an oleopheic area into which outside gases can be absorbed.

THE SECOND POINT

 When we inject liquid into the mousse bottle, we will find that there is no gas in the mousse bottle, because of the pump
When the liquid is pressed out, the interaction force between the water molecules and the foaming agent molecules blocks the outside air. Yet when we
When used, the pressure of the liquid pumped out of the pump suddenly decreases, and those areas of the foaming agent that contain gas are rapidly reduced
Expands, forming a large number of bubbles. However, these bubbles will soon burst due to the surface tension of the foaming agent, forming a permit
Many extremely small bubbles, the bubbles formed at this time are already very stable and not easy to burst, and can be used as mousse foam.

THE THIRD POINT

In general, the principle of foam generation in mousse bottles is related to the properties of gases in physics and the structure of foaming agent molecules
Qualitatively related. When we use mousse bottles, the interaction of the injected liquid and foaming agent molecules can make the outside
The gas is blocked and released quickly when the pressure is reduced during use, forming a stable foam. Understand Mu
The principle of foam generation in the bottle also helps us to make better use of and protect this interesting device.