Application

It is primarily utilized for transferring items between clean areas, as well as between non-clean and clean areas, thereby minimizing the risk of contamination in clean environments. The transfer window finds extensive application in facilities requiring purification, including animal laboratories, microelectronics industries, pharmaceutical factories, hospitals, and food processing plants.

Technical Principle

The pulsed xenon light transfer window adopts high-energy pulsed xenon light sterilization technology. Pulsed xenon light is a new type of cold sterilization technology. This technology instantly releases the electrical energy accumulated in a large-capacity capacitor, ionizes the high-purity xenon gas in the high-voltage lamp tube, and generates pulsed strong light with a duration of only 10 to 100 ms and an energy of up to 200 J/S, which can effectively destroy various pathogens and achieve sterilization and disinfection effects.

Advantages

1.Low temperature - helps to keep the nutritional components of the processed food from being destroyed

1) The pulsed strong light has a short duration of action, and the heat does not have enough time to accumulate.

2) There is sufficient cooling time between the pulses;

3) Pulsed strong light does not require a sufficiently high temperature like mercury lamps to vaporize mercury.

4) The average output energy of pulsed strong light is low.

2. Strong penetration into bacterial shells

Due to the extremely high peak energy of pulsed light, it can completely destroy DNA. In contrast, most of the energy of ordinary ultraviolet light is released in the form of heat. Pulsed light is like lightning, releasing the same energy in a peak form instantaneously, completely destroying DNA. When the radiation dose reaches a certain level, UVA and UVB can rapidly increase the surface temperature of cells to 130°C, thereby destroying the cell walls of bacteria, causing the cell fluid to evaporate, completely destroying the cell structure, and leading to death.

3. High efficiency, no pollution

The intense light produced by the pulsed xenon lamp tube is over 200 times that of the ultraviolet lamp tube, which can reduce the disinfection time from more than 25 minutes for ultraviolet light to less than 3 minutes. It also has a certain penetration ability and is more suitable for disinfecting rough surfaces. As it contains no mercury and no high-pressure gas, it can be stopped immediately when needed, without the risk of releasing harmful gases and causing no environmental pollution at all.

When disinfection and sterilization are carried out, the internal visible glass is covered with a strong light-blocking film. By reducing the visible area and light transmittance of the glass, even the visual window will not cause eye discomfort, thereby improving the convenience of the operator.

Photocatalytic principle: Cell nucleic acids absorb ultraviolet light, causing malfunctions in metabolism and genetics, leading to death. The main type of ultraviolet light involved in this process is UVC.

Xenon Light Transfer Window (Chamber) - Basic Model