German French Italian Portuguese Japanese Korrean Russian
Home

News

Why does the food industry use air showers?

Why does the food industry use air showers?

    As we all know, in the modern food industry production process, the requirements for the cleanliness of the production environment are relatively high. However, because the food production environment is very humid, Wanji's editor recommends that corresponding disinfectants should be selected to kill the environment. Indoor air and bacteria attached to surfaces. In addition to ozone generator elimination equipment, purification equipment such as air showers is also required. Since the production environment of fine food processing is relatively humid, a stainless steel air shower is required to prevent rust.
    The air shower is a necessary passage for people to enter the clean room. It can effectively reduce the pollution problems caused by people entering and exiting the clean room. With the continuous improvement of production and living standards and the continuous advancement of science and technology, people are more concerned about the living environment and the products of various industries. Quality requirements are getting higher and higher, and air showers are used in various industries, such as construction, food, medical and health research, pharmaceuticals, and other industries. The application space of stainless steel air showers is getting wider and wider.
    With the increase in the concentration of the air shower industry, the craftsmanship of the air shower has become more and more sophisticated. From the original manual shower to the current fully automatic shower, the increase in wind speed from 18m/s to 26m/s has qualitatively improved the performance of the air shower room. When people and goods pass through the air shower, the pollutant particles are shot out by the highly clean air that has been filtered with high efficiency. The high wind speed of more than 25m/s ensures that the effective spray and drift particles are filtered out by the primary and high-efficiency two-stage filters.