What is the working principle of the sprayer?

28/400 large dosage strong trigger sprayer with bottle is the abbreviation of spray equipment. Sprayer is an appliance that uses air suction to turn medicine or other liquid into mist and spray it on other objects evenly. It is composed of a compressed air device, a narrow tube, and a nozzle. In rural areas, sprayers are important agricultural tools indispensable for the prevention and control of pests and diseases.

Bernoulli principle
Bernoulli's principle says that in fluids, the flow rate is high, but the pressure is small; the flow rate is small, and the pressure is strong. The fluid will automatically flow from high pressure to low pressure. When passing through the three-pronged pipe, the low-speed flowing water flows to the high-speed flowing air. The water is torn into droplets by high-speed air (Imagine that the water flowing out of the faucet has a slow speed at first, which is a column of water; but then the speed gradually increases and then becomes drop by drop). These small water droplets become fog after spraying out.
The principle of high-speed water flow breaking into small water droplets after hitting obstacles
It uses the principle of pressing water into a thin tube to cause a high-speed water flow, and the high-speed water flow breaks into small water droplets when it hits an obstacle. The situation is like turning on the faucet and blocking it with your fingers. Household sprayers often use this structure, and the cost is low.
The principle of centrifugal force throwing liquid out
It is a high-speed rotating atomization disk that uses centrifugal force to throw the liquid out and shred it into small droplets, similar to the situation when an umbrella rotates.
Principle of ultrasonic atomization
Vibration can cause "sprays" on the water surface. The vibration frequency of ultrasonic waves is very high, so the wavelength of its "waves" is very small, so its "sprays"-small water droplets are also very small, and these small water droplets become fog.