A cleanroom is a specialized laboratory space that utilizes specific facilities and equipment to effectively control pollutants such as air, dust, and microorganisms, ensuring the environment meets certain cleanliness requirements.The following is a detailed introduction to it:

I. Core Features

1. Highly purifiedBy utilizing high-efficiency air filters and other equipment, indoor air particles, harmful gases, bacteria, and other pollutants are removed to maintain the required cleanliness level. Depending on laboratory requirements, purification levels can be categorized into different grades, such as 100,000-class, 10,000-class, 1,000-class, and even up to ISO 1 (the highest cleanliness level).
2. Humidity and Temperature ControlThe internal temperature, humidity, air flow speed, and other environmental parameters of the purification laboratory are strictly controlled to ensure the stability and reliability of the experimental environment. For instance, the temperature is typically set between 18-28°C during summer and 16-20°C during winter; for humidity, it is recommended to set around 30% in winter and around 70% in summer.
3. Airflow DesignUtilizing a well-designed air flow organization, ensure air flows from the clean area to the non-clean area, preventing contamination spread. Additionally, by adjusting the air supply and exhaust volumes, maintain a positive pressure inside the laboratory to prevent external pollutants from entering.

II. Features and Advantages

1. Provide a dust-free, sterile, and pollution-free environmentBy an efficient air purification system, it provides a dust-free, sterile, and pollution-free environment for scientific research, ensuring the stability and accuracy of experiments.
2. Ensure the accuracy and reliability of experimental resultsThe system can control environmental parameters such as temperature, humidity, and air flow speed, ensuring a relatively stable experimental environment. This is particularly crucial for experiments sensitive to environmental conditions, such as nanomaterial research and biomolecular studies.
3. Ensure safety for laboratory personnelEquipped with a comfortable workbench, seating, protective equipment, and emergency safety devices to ensure the safety and comfort of the operators during operation. Simultaneously, monitoring air quality, humidity, and air flow speed parameters, to promptly identify and address any potential hazards, reducing health risks to the operators.