• Sound insulation ≥44db(GBJ121-88)

• Superior heat insulation performance, waterproof and moisture-proof

• Beautiful appearance.

• High density, anti-bending, can be sawed, nailed and glued.

• Environmentally friendly

• Anti-freezing, anti-cracking.

• Weatherproof

• Light weight, very easy to insulate and disassemble

• Safe, 100% free of asbestos, formaldehyde and benzene

• Lifespan >20 years

• Indoor and outdoor boards for purifying factory building, combined house and indoor partition with high level requirement in fire

• proofing and thermal insulation. E.g.Interior decoration of civil buildings

• for medicine, electronics, biology research, foodstuff, beverage etc.

1. Can MGO panels withstand moisture?

Yes, MGO (magnesium oxide) panels have a high resistance to moisture, making them suitable for environments where humidity levels may be elevated. Their non-porous nature prevents water absorption and minimizes the risk of mold and mildew growth, which is crucial in maintaining a clean and safe environment.

2. Can cleanroom panels be used in aerospace applications?

Cleanroom panels are indeed suitable for aerospace applications, where stringent cleanliness and environmental control are essential. These panels help maintain a contamination-free environment critical for the manufacturing and assembly of aerospace components. Their ability to meet specific regulatory standards enhances their applicability in this high-stakes industry.

3. How do MGO panels compare to rock wool panels?

MGO panels and rock wool panels serve different purposes in construction and insulation. MGO panels are known for their moisture resistance and fireproof qualities, making them ideal for cleanroom applications. On the other hand, rock wool panels offer excellent thermal and acoustic insulation but may not be as effective in moisture-prone environments. Each material has its advantages, and the choice depends on the specific requirements of the project.

4. Can cleanroom wall panels be removed easily?

Cleanroom wall panels can be removed, but the ease of removal often depends on the type of installation and the sealing methods used. Panels that are mechanically fastened may be easier to take down compared to those that are permanently bonded or extensively sealed. Care should be taken during removal to avoid damaging adjacent panels or the underlying structure.

5. How do cleanroom panels affect airflow?

Cleanroom panels are designed to facilitate optimal airflow while minimizing contamination. The smooth surfaces and airtight seals help direct air efficiently throughout the cleanroom. Properly installed panels contribute to an effective HVAC system by reducing turbulence and ensuring that air filters are effective in maintaining air quality.

6. What is the R-value of cleanroom wall panels?

The R-value of cleanroom wall panels varies, generally ranging from 3 to 6, depending on the materials and thickness. A higher R-value indicates better insulation properties, which are essential for maintaining temperature control and energy efficiency in cleanroom environments.

7. Can cleanroom panels be used in laboratories?

Yes, cleanroom panels are suitable for laboratories, particularly those that require strict contamination control and environmental conditions. Their non-porous surfaces and ease of cleaning make them ideal for laboratory settings where experiments and processes must be protected from external contaminants.

8. Can cleanroom panels be used in clean manufacturing?

Cleanroom panels are highly effective in clean manufacturing environments. They help maintain the necessary cleanliness levels required for the production of sensitive products, such as electronics and pharmaceuticals. These panels' design features allow for easy maintenance and compliance with industry standards.

9. How do cleanroom panels prevent contamination?

Cleanroom panels prevent contamination through several mechanisms, including their smooth and non-porous surfaces, which inhibit dust and microbial growth. Additionally, the panels are typically sealed at the joints to eliminate gaps and potential sources of contamination. Regular cleaning protocols further enhance their effectiveness in maintaining a sterile environment.

10. What types of joints are used in cleanroom panel installation?

Various joint types can be used in cleanroom panel installation, including butt joints, tongue-and-groove joints, and overlapping joints. The choice of joint type depends on the specific design requirements and the need for airtightness. Proper joint sealing is crucial to ensure that there are no gaps that could lead to contamination.

11. Can cleanroom panels be installed in modular buildings?

Yes, cleanroom panels can be effectively installed in modular buildings. Their lightweight and easy-to-assemble design makes them suitable for quick installation in prefabricated structures. This flexibility allows for efficient construction while maintaining the necessary cleanliness standards required in controlled environments.

12. How do you install cleanroom panels in a ceiling?

Installing cleanroom panels in a ceiling typically involves first securing support structures, such as framing or grid systems, to ensure stability. The panels are then placed into these supports, ensuring that they fit snugly and are properly sealed at the joints. It is essential to follow manufacturer guidelines to maintain the integrity of the cleanroom environment.

13. Can cleanroom panels be used in education facilities?

Cleanroom panels can be used in educational facilities, particularly in laboratories and research environments where cleanliness is vital. Their easy-to-clean properties and ability to maintain controlled conditions make them suitable for educational settings that require a sterile environment forscientific experiments and instructional purposes.

14. How do you choose the right cleanroom wall panel?

Choosing the right cleanroom wall panel involves considering several factors, including the specific cleanliness requirements of the environment, the level of thermal insulation needed, and the panel's resistance to moisture and chemicals. Additionally, evaluating the installation process, maintenance needs, and compliance with industry standards is crucial to ensure optimal performance in the cleanroom.

15. What are the benefits of using MGO cleanroom panels?

MGO cleanroom panels offer numerous benefits, including excellent moisture resistance, fire resistance, and durability. Their non-toxic composition makes them safe for use in sensitive environments. Furthermore, MGO panels are easy to clean and maintain, which is essential for upholding the stringent cleanliness standards required in cleanroom applications.

16. How often should cleanroom panels be inspected?

Cleanroom panels should be inspected regularly, typically at least once a month or more frequently depending on the level of activity and the specific cleanliness requirements of the environment. Inspections help identify any signs of wear, damage, or contamination, ensuring that the cleanroom maintains its integrity and compliance with industry standards.

17. Are there any health risks associated with MGO panels?

While MGO panels are generally considered safe, there may be health risks associated with dust generated during installation or cutting processes. Proper safety measures, including wearing masks and ensuring adequate ventilation, should be taken to minimize exposure to magnesium oxide dust. When handled correctly, MGO panels are a safe choice for cleanroom applications.