Among them, ozone sterilization air purifiers have strong purification functions for smoke, suspended particles, bacteria, and viruses, especially for the thorough sterilization of bacteria in the air. They are widely used in hospitals, public places, and industrial production workshops in schools for air disinfection, sterilization, and purification. The ozone sterilization and filtration type is suitable for public places and homes with small spaces.

The sterilization effects of plasma air disinfection machines and dynamic air disinfection machines are different. Dynamic air disinfection machines can kill microorganisms such as bacteria and viruses in the air, while plasma air disinfection machines have relatively poor bactericidal effects and can only kill some microorganisms. The operation of dynamic air disinfection machines is relatively complex and requires high professional knowledge and skills; The operation of the plasma air disinfection machine is relatively simple, only requiring regular cleaning of the electrode plate. Dynamic air disinfection machines are mainly used in hospitals, laboratories, food processing and other places with high air quality requirements, while plasma air disinfection machines are more suitable for general offices, homes and other places. Plasma air disinfection machines can produce harmful substances such as ozone during use, and certain safety measures need to be taken, while dynamic air disinfection machines are relatively safer. In summary, there are significant differences between plasma air disinfection machines and dynamic air disinfection machines in terms of sterilization effectiveness, ease of operation, application location, and safety. According to the needs of different places, selecting appropriate disinfection equipment can achieve the best disinfection effect.

Due to the fast ozone generation rate and relatively small volume of high-frequency ozone generators, they are suitable for applications with high ozone requirements, such as pharmaceuticals, healthcare, food processing, and other fields. At the same time, high-frequency ozone generators are also suitable for small air sterilization equipment, mobile sterilization equipment, etc. In the future, with the intensification of air pollution issues and the increasing demand for air sterilization and disinfection, the application prospects of high-frequency ozone generators in the market are still very broad. Due to the relatively low ozone concentration, the intermediate frequency ozone generator is suitable for occasions with low ozone requirements, such as large-scale air sterilization equipment and water treatment equipment. At the same time, the power supply voltage of the intermediate frequency ozone generator is relatively low, and its safety performance is good, so it is also suitable for public places. In the future, with the increasing awareness of environmental protection and health, the application prospects of intermediate frequency ozone generators will continue to expand. High frequency ozone generators and intermediate frequency ozone generators have their own advantages and disadvantages in terms of technical principles, quality comparison, and application prospects. For occasions with high ozone

A high-frequency ozone generator is a device that uses a high-frequency electric field to generate ozone. The principle is to excite oxygen molecules through high-frequency current, causing them to form ozone molecules. The power supply of the high-frequency ozone generator is a high-frequency generator, which can generate a high-frequency electric field, resulting in a fast rate of ozone generation and a relatively small volume of the generator. An intermediate frequency ozone generator is a device that uses an intermediate frequency electric field to generate ozone. The principle is to act on oxygen molecules through an intermediate frequency current, causing them to decompose into ozone molecules and elemental oxygen. The power supply of the intermediate frequency ozone generator is the intermediate frequency power supply, and the frequency of the intermediate frequency current is usually between 1kHz and 20kHz, making the volume of the intermediate frequency ozone generator relatively large. 3、 Quality comparison The high-frequency ozone generator can quickly generate ozone through the excitation of a high-frequency electric field, with relatively high generation efficiency. The efficiency of intermediate frequency ozone generators is relatively low. The ozone concentration of high-frequency ozone generators is relatively stable, while the ozone concentration of intermediate frequency ozone

The principle, advantages and disadvantages of plasma air disinfection machine Plasma air disinfection machine is an air disinfection equipment manufactured using the principle of plasma sterilization. Plasma is a charged particle system composed of molecules and atoms in ionized air, with strong redox and bactericidal abilities. The plasma air disinfection machine generates plasma by ionizing air, causing water and oxygen molecules in the air to form charged particles such as ozone and hydroxyl radicals, killing bacteria, viruses, and other microorganisms in the air. The plasma air disinfection machine has the following advantages: (1) Good sterilization effect: The plasma air disinfection machine can kill most bacteria, viruses, fungi and other microorganisms in the air, effectively reducing the concentration of pollutants in the air and improving air quality. (2) No chemical substances: The plasma air disinfection machine does not require the use of any chemical substances, does not produce secondary pollution, and does not produce any odor. (3) Energy conservation and environmental protection: The energy consumption of the plasma air disinfection machine is lower than that of other disinfection equipment, and it also does not produce pollutants such as wastewater and exhaust gas, with minimal impact on the environment. However, plasma air

With the increasing attention paid by consumers to food safety, dynamic air disinfectors, as a new type of disinfection equipment, have great market potential. According to data from market research institutions, the current market size of dynamic air disinfectors in China has reached billions, and it is expected to continue to maintain a rapid growth trend in the coming years. On the one hand, with the implementation of the Food Safety Law, the supervision of food production enterprises will become increasingly strict. In this situation, food production enterprises will pay more attention to the disinfection of food. As an efficient, convenient, energy-saving and environmentally friendly disinfection equipment, dynamic air disinfection machines will become the preferred choice for food production enterprises. On the other hand, as people’s attention to air quality continues to increase, the application range of dynamic air disinfection machines will also continue to expand. In hospitals, laboratories, and other places, dynamic air disinfectors can kill harmful substances such as bacteria, viruses, and fungi in the air, ensuring the health of personnel. In summary, dynamic air disinfection machines have broad market prospects. As a new type of disinfection equipment, dynamic air disinfection machines can not only improve food safety