• 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 cleanroom panels be installed in modular buildings?

Yes, cleanroom panels can be installed in modular buildings. These panels are designed for flexibility and can be integrated into various building structures, including modular designs. Their lightweight and customizable nature makes them suitable for installation in such environments, ensuring compliance with cleanliness and air quality standards.

2. What are the thermal conductivity values for cleanroom panels?

The thermal conductivity values for cleanroom panels vary based on the materials used. Generally, they range from 0.020 to 0.050 W/m·K. These values indicate the panels' ability to resist heat transfer, which is crucial for maintaining stable temperature conditions in cleanroom environments.

3. How do you design a cleanroom with MGO panels?

Designing a cleanroom with MGO panels involves several key considerations. First, you need to determine the cleanroom classification based on the required cleanliness levels. Next, the layout should accommodate airflow patterns while ensuring minimal contamination risk. The MGO panels should be installed as per the manufacturer's guidelines, ensuring proper sealing and integration with other cleanroom components.

Additionally, proper attention should be paid to HVAC systems to maintain temperature and humidity levels, as well as to ensure the panels are compatible with cleanroom equipment. Lastly, conducting a risk assessment for contamination and ensuring compliance with relevant standards is essential for effective cleanroom design.

4. How do MGO panels withstand extreme temperatures?

MGO panels demonstrate excellent resistance to extreme temperatures due to their composition, which includes magnesium oxide. These panels maintain structural integrity and do not deform easily under high heat, making them suitable for environments with temperature fluctuations. They can typically withstand temperatures ranging from -40°C to 120°C, which enhances their versatility in various applications.

5. Can MGO panels withstand moisture?

MGO panels are known for their moisture resistance, which makes them suitable for environments where humidity levels may be high. Their non-porous nature prevents water absorption, thereby reducing the risk of mold and mildew growth. However, it is essential to ensure proper sealing and installation to maximize their moisture-resistant properties.

6. What are the insulation properties of MGO panels?

MGO panels provide excellent insulation properties, contributing to energy efficiency in buildings. Their thermal conductivity is relatively low, which helps in maintaining consistent temperatures and reducing energy costs. Additionally, these panels offer sound insulation benefits, making them effective in minimizing noise transmission between spaces.

7. Can cleanroom panels be retrofitted?

Cleanroom panels can often be retrofitted into existing facilities. This process involves assessing the current structure and ensuring compatibility with the cleanroom standards required. Retrofitting allows for upgrades to cleanliness levels and environmental controls without the need for complete demolition, making it a cost-effective solution for enhancing cleanroom capabilities.

8. What is the difference between MGO panels and drywall?

The primary difference between MGO panels and drywall lies in their materials and properties. MGO panels are made from magnesium oxide, providing superior moisture resistance and fire resistance, whereas drywall is made from gypsum and is more susceptible to moisture damage and fire. MGO panels also offer better thermal insulation and durability, making them suitable for critical environments like cleanrooms.

9. Are cleanroom wall panels soundproof?

Cleanroom wall panels are designed with sound insulation properties, but they are not entirely soundproof. These panels can help reduce noise transmission and improve the acoustics of a space. However, the level of soundproofing depends on the construction and materials used within the cleanroom design, as well as the overall layout of the facility.

10. How do cleanroom wall panels work?

Cleanroom wall panels function by creating a controlled environment that minimizes contamination. They are designed to be smooth, non-porous, and easy to clean, which helps in maintaining hygiene standards. The panels work in conjunction with HVAC systems to control airflow and filter out particulates, ensuring that the air quality remains within specified limits.

11. What are the installation requirements for cleanroom panels?

The installation requirements for cleanroom panels include ensuring a clean and dust-free environment prior to installation. Panels should be installed according to manufacturer specifications, with careful attention to sealing joints to prevent contamination. Additionally, proper tools and techniques should be used to maintain the integrity of the panels and ensure alignment with cleanroom regulations.

12. Can cleanroom panels be used in laboratories?

Cleanroom panels can be effectively used in laboratories, especially those requiring stringent cleanliness standards. They provide a controlled environment that helps in preventing contamination during experiments and processes. The smooth andeasy-to-clean surfaces of cleanroom panels are particularly beneficial in laboratory settings, where hygiene is critical to maintaining the integrity of research and results.

13. Can cleanroom panels be installed on existing walls?

Yes, cleanroom panels can be installed on existing walls, which is often referred to as a retrofitting process. This installation method allows for the enhancement of cleanliness and environmental control without needing to demolish existing structures. It is crucial to ensure that the existing walls are suitable for supporting the cleanroom panels and that proper sealing techniques are employed to maintain the cleanroom environment.

14. How do cleanroom panels affect airflow?

Cleanroom panels are designed to facilitate optimal airflow within a controlled environment. They contribute to the establishment of proper air handling systems that ensure even distribution of filtered air. This design helps to minimize contamination by creating a unidirectional airflow pattern, which sweeps particulates away from critical areas and maintains a consistent atmosphere throughout the cleanroom.

15. How do cleanroom panels contribute to indoor air quality?

Cleanroom panels play a vital role in maintaining high indoor air quality by minimizing the introduction of contaminants. Their smooth, non-porous surfaces are easier to clean and sanitize, reducing the accumulation of dust and allergens. Additionally, they are often used in conjunction with advanced filtration systems that further enhance air quality by removing airborne particles and microorganisms.

16. Can cleanroom panels be used in data centers?

Cleanroom panels can be effectively utilized in data centers, where maintaining a controlled environment is essential for the operation of sensitive electronic equipment. These panels can help manage dust and other contaminants, thus protecting critical infrastructure. Moreover, their insulation properties contribute to energy efficiency by regulating temperature and humidity levels within the data center.