With the strong promotion of environmental protection, we all know that smog is mainly composed of sulfur dioxide, nitrogen oxides, and inhalable particles. In recent years, due to the rapid development of industry, the amount and level of industrial waste it produces have far exceeded the load of the Earth's own ecological balance system, which has also indirectly laid huge hidden dangers for the formation of smog.

The new fully automatic dust suppression fog cannon, also known as the dust suppression spray truck — industrial and mining site cooling fog cannon, looks like a regular truck in size, but its dust suppression effect is astonishing. It has a large air volume, long range, and wide coverage, with fine mist particles that enable precise spraying. When the mist comes into contact with dust in the air, it forms a moist mass, quickly suppressing dust fall. It helps reduce dust concentration, improve working conditions, prevent industrial and mining accidents, and plays a significant role in promoting safe production, ensuring employee health, and maintaining environmental hygiene. In homes with air freshening systems or air purifiers, clothes need to be dried and rooms ventilated. Sometimes, villagers have no choice but to open windows and doors. A thick layer of white dust has accumulated on the ground, and once a vehicle passes by or it rains, thick dust or muddy water is immediately raised inside the factory, leading to severe dust pollution.

Operation Procedure for the Mist Sprayer's Power-On
Turn off the main power control cabinet power and control power.
② Reset the "Emergency Stop" button on the remote control and the "Emergency Stop" button on the control panel.
③After observing the voltage gauge and the main power and control power indicator lights illuminate, all circuits are ready for power supply.
A spray refers to the process of liquid fragmentation due to the combined effect of internal and external forces. The surface tension of the object promotes the liquid to form into a spherical shape when it is ejected, but the radial velocity component of turbulence acts on the liquid surface, causing aerodynamic forces to fragment it. Fracturing occurs once the tensile force of the external force exceeds the surface tension. Further fragmentation leads to the formation of a large number of tiny droplets. Despite different shapes, the physical process of atomization is the same. To atomize a liquid, it must first be spread into a very thin film or a fine jet, then made unstable, and finally fragmented into a multitude of tiny droplets.