Why can the bubble net produce bubbles? What kind of bubble net has better bubble effect?

The foaming net is also called the foaming net, the rubbing net, the cleansing net, etc. It can be used with facial cleansing products to quickly produce rich and delicate foam, and then use the foam to wash your face to achieve a greater cleansing effect. So, why can the bubble net produce bubbles?

Why can the foaming net produce foam?

Rub to create foam. Through rubbing, the mesh holes continuously rub the cleansing product against each other, and due to the nature of the cleansing product itself, the cleansing product quickly produces rich foam. Moreover, the fineness of the foam is directly related to the size of the mesh of the foaming net.

What kind of foaming net has better foaming effect?

After the cleansing product is squeezed into or placed on the wet surface of the foaming net, the cleansing product is rubbed against each other through rubbing. Due to the nature of the cleansing product itself, the cleansing product quickly produces rich foam. The fineness of the foam is directly related to the size of the mesh of the foaming net. The smaller the mesh of the foaming net, the finer the foam produced will be. The finer the foam can penetrate deeper into the facial skin and better reflect the effectiveness of the cleansing product. Therefore, the smaller the mesh of the bubble net, the better. Since the mesh is elastic, to check the mesh size you need to pull the mesh to the left and right to check or compare.

However, the smaller the mesh size of the bubble net, the greater the technical difficulty in production and the higher the machine precision required for production. Therefore, there are only a few factories in China that can produce such minimum mesh size. It is not as large and rough as the mesh size of a bath ball, which can be easily produced with a simple machine. Therefore, small mesh size and high production difficulty are the unique characteristics of the bubble net.

Please note that the foaming net itself is a tool used to rub out foam from facial cleansing products. If you do not squeeze facial cleansing products into the foaming net, it will not produce foam due to the friction between the mesh holes.

Why use a bubbler net

In real life, most people apply the lotion or paste of facial cleansing products directly to their faces and massage to cleanse. However, this is a wrong face-washing habit that damages the facial skin and takes away moisture.

Why do most facial cleansers have instructions on the back like this: "First wet your face, take an appropriate amount of this product on the palm of your hand, add water and rub to make foam, apply the foam to your face (avoid the eyes), massage for a while, then rinse with clean water?" Because delicate foam can more easily penetrate into the pores of your facial skin, grab the dirt in the pores, cleanse thoroughly, and ultimately perfectly care for your facial skin. It can be seen that most facial cleansing products mainly rely on cotton-like delicate foam to thoroughly cleanse your facial skin.

Place the cleanser in the palm of your hand, add water and create foam directly with your hands. This method is only half right, because the foam that can be produced by hand is very small, and it is very time-consuming, and it is impossible to fully utilize the cleansing power of the cleansing product itself. Therefore, it is correct to wash your face with foam as fine as cotton. Based on this problem, the bubble net came into being.

The foaming net is faster and can make the cleansing product produce cotton-like fine foam in just 5 seconds, saving the time of making foam directly with hands, thereby improving the speed and efficiency of face washing. Moreover, it is cleaner. Washing your face with cotton-like fine foam can enable the cleansing product to give full play to its own cleansing power. That is, the cotton-like fine foam brings the potential of the cleansing product itself to the extreme, and finally perfectly caressing the face for skin rejuvenation.