What are the application scopes of clean boards in clean engineering?

Clean panels, a product for green hospital construction, are commonly used in hospital operating rooms, corridors, pharmacy rooms, waiting halls, injection rooms, and more, offering significant advantages. What are the applications of clean panels in cleanroom projects?

Food safety production is a highly stringent requirement. It demands extremely high standards of cleanliness, ensuring food safety and hygiene. The characteristics of cleanroom technology perfectly align with the need for food safety production.

2. As a research facility, biochemical laboratories have stringent requirements for renovation. In a Class 10 cleanroom project, in addition to stable performance of the wall finishing materials, it is also required that these materials do not interfere with biochemical tests. The base material for cleanroom panels is selected as fiber cement boards, which are free of radiation and static electricity, effectively eliminating interference factors in the biochemical laboratory.

3. Various high-tech industries such as precision machinery, electronic conductor, aerospace, high-purity chemicals, and nuclear energy require stringent dust control for dust-free environments during production. The clean board's features like wear resistance, non-dusting, and non-radioactive properties are highly suitable for the needs of category 10 cleanroom engineering.

4. In the medical field, due to the unique environmental requirements, there is a high demand for indoor cleanliness. The application of clean panels in the ten-level clean room engineering category greatly compensates for the shortcomings of other decorative materials. Clean panels feature many excellent properties, such as fire resistance, a wide range of colors, resistance to acid and alkali corrosion, non-dusting, and easy to clean.

The Clean Board is a composite material made from base materials such as stainless steel and inorganic fire-resistant panels. Due to its unique functions, including antistatic, antibacterial, and dustproof properties, it is widely used in rigorous purification engineering fields that demand strict indoor environments, such as pharmaceuticals, food, biology, aerospace, precision instrument manufacturing, and scientific research.