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In the laboratories of modern electronic universities, the maintenance of clean environment is essential to ensure the accuracy of experimental results and product quality. ISO5 clean shed (CLEAN BOOTH), as a flexible and efficient local clean solution, is increasingly favored by university laboratories. This article will give a detailed introduction to the characteristics, structure and application of ISO5 clean shed in electronic university laboratories.
As an important clean equipment in electronic university laboratories, ISO5 clean shed provides strong support for laboratory research and development with its high cleanliness, flexibility and economy. By making rational use of ISO5 clean shed, the laboratory of the electronic university can improve work efficiency and adapt to the ever-changing scientific research needs while ensuring the accuracy of experimental results and product quality.
ISO5 clean room refers to a clean environment that meets ISO 14644 standards, with the number of particles per cubic meter in the air limited to 3,520 and a particle size greater than or equal to 0.5 microns. This clean room can effectively control air pollution and provide a high level of cleanliness, which is very suitable for electronic components, materials and experimental processes that are sensitive to pollution.
The design of ISO5 clean room is mainly composed of the following key components:
Box: Made of plastic-sprayed materials, it has good corrosion resistance and aesthetics, ensuring long-term stability.
Fan: The efficient fan system continuously promotes the flow of clean air to ensure the circulation of air and the stability of cleanliness.
Primary air filter: Filters the air entering the clean room, removes most of the particles, and improves the cleanliness of the air.
Damping layer: Used to adjust the airflow to ensure the uniform distribution of air inside the clean room and avoid dead corners and accumulation of pollution.
Lighting: Provides sufficient lighting to ensure visibility and safety when operating in a clean environment.
High cleanliness: The clean environment provided by ISO5 clean shed greatly reduces the risk of air pollution and is suitable for experiments and production processes with extremely high cleanliness requirements.
Flexibility: The customizability of clean sheds enables them to be designed according to the needs of the laboratory, adapt to different application scenarios, and effectively solve the cleanliness needs of local areas.
Quick deployment: The installation process is simple and the construction period is short. ISO5 clean sheds can be put into use quickly to meet the urgent needs of the laboratory.
Economical and practical: Compared with traditional clean rooms, the construction and maintenance costs of ISO5 clean sheds are significantly reduced, and the clean environment can be improved without significantly transforming the laboratory.
In the laboratory of the University of Electronics, ISO5 clean sheds have a wide range of applications, including:
Sensitive experiments: When conducting experiments involving sensitive materials such as microelectronic components and optoelectronic devices, ISO5 clean sheds can effectively prevent the influence of external pollution on the experimental results.
Raw material processing: When processing the raw materials of electronic products, the high cleanliness provided by the clean shed ensures the purity of the materials and avoids quality problems caused by pollution.
Product assembly and testing: During the product assembly and testing process, the ISO5 clean room provides an ideal environment for operation, ensuring the accuracy of the test results and the product qualification rate.
