As we know, the SATA gun is an atomizer, that is, an instrument used to spray liquids.

From the picture we can see that in the spray gun device we have a rubber bulb (denoted by "B"), a narrow glass tube (denoted by "T") and a narrow hole at the end (denoted by "O").。

As we can see, the tube is inserted into the liquid. Now, when we squeeze the rubber ball, air flows through the tube and out of the narrow hole at the end.

Because the aperture 'O' is so narrow, the speed of the air increases as it escapes.

As a result, the pressure around the "O" is reduced.

So there's a pressure difference there.

Due to the pressure difference, the liquid in the bottle rises through the vertical tube. But as the light bulb squeezes, the airflow through the tube blows the liquid into a fine spray.

Therefore, we can conclude that the working principle of the SATA SATA gun is based on Bernoulli's principle.

The Bernoulli principle relation is the relation between the pressure, kinetic energy and gravitational potential energy of a fluid in a streamline flow. It is given as phosphorus +12ρ 52 + ρ gh = constant.

Some other applications of Bernoulli's principle are the Venturi flowmeter: it is an instrument used to measure the flow rate of a liquid through a pipe. This applies to the principle of Bernoulli's theorem. An airplane wing is shaped in such a way that air travels faster on the upper surface than on the lower surface. The difference in air velocity is determined using Bernoulli's equation.

The above describes the question of how the SATA SATA spray gun works. In addition, Shenzhen Oudejie Technology specializes in selling new original imported SATA SATA spray gun, and promises to sell products are new original imported, while providing our customers with quotation, selection, product information and other services.