• Fire resistance: 120 minutes

• Soundproofing: in accordance with ISO 717/82&

UNI18270/7 standards, especially for use in environments with high sound insulation requirements.

Widely used in purification and clean plant, indoor interval and other indoor and outdoor boards with high fireproof requirement and good heat preservation requirement. Such as:

• Hospital

• Pharmaceutical factory

• Electronic

• Biological research

• Beverage

Indoor wall and ceiling panels of purified rooms.

1. Can cleanroom panels be field cut?

Yes, cleanroom panels can be field cut, but it is important to follow specific guidelines to maintain their integrity and performance. Field cutting should be done with precision tools to ensure clean edges and proper fitting. Additionally, any cut edges may require sealing to prevent contamination and to maintain the cleanroom's specified environmental conditions.

2. What are the fire codes for cleanroom wall panels?

Fire codes for cleanroom wall panels vary by location and application but generally align with standards such as those set by the National Fire Protection Association (NFPA) and Underwriters Laboratories (UL). These codes often require panels to have specific fire ratings, which indicate their ability to resist ignition and limit flame spread. Compliance with local building codes and regulations is crucial in ensuring safety and adherence to fire standards.

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

Magnesium oxide (MGO) panels are generally considered safe and non-toxic; however, like any construction material, they may pose health risks if not handled properly. Dust generated during cutting or installation can irritate the respiratory system and skin. Proper personal protective equipment (PPE) should be used to minimize exposure to any harmful particulates. Additionally, ensuring adequate ventilation during construction can further reduce potential health risks.

4. Can MGO panels be used in high-humidity environments?

Yes, MGO panels can be used in high-humidity environments due to their moisture-resistant properties. Unlike traditional materials, MGO panels do not promote mold growth and can withstand damp conditions without deteriorating. However, it is crucial to ensure that proper installation techniques are followed to maximize their performance in such environments.

5. What are the safety standards for cleanroom wall panels?

Safety standards for cleanroom wall panels are primarily governed by industry regulations such as ISO standards, which outline requirements for cleanliness, material safety, and environmental control. These standards dictate the necessary characteristics of materials used in cleanroom construction, including their ability to withstand cleaning processes and resistance to microbial growth. Compliance with these standards ensures that the cleanroom environment remains uncontaminated and safe for operations.

6. How do cleanroom wall panels work?

Cleanroom wall panels work by creating a controlled environment that minimizes contamination. They are designed to be smooth and non-porous, which helps prevent the accumulation of dust and microorganisms. Additionally, these panels are often integrated with air filtration systems that help maintain air quality and control particulate levels. The seamless installation of panels further enhances their effectiveness in creating a barrier against contaminants.

7. Can cleanroom panels be retrofitted?

Cleanroom panels can indeed be retrofitted to accommodate changes in layout or functionality. This process involves removing existing panels and replacing them with new ones or modifying current ones to meet updated specifications. Retrofitting can also involve adding additional features such as windows or doors to enhance the cleanroom's efficiency and usability.

8. Can cleanroom wall panels be recycled?

Yes, many cleanroom wall panels can be recycled, depending on the materials used. For instance, panels made from metal or certain types of plastics may be accepted by recycling facilities. However, it is essential to verify the recycling guidelines for specific materials and local regulations to ensure proper disposal and recycling practices are followed.

9. What is the best adhesive for installing cleanroom panels?

The best adhesive for installing cleanroom panels typically includes low-VOC or VOC-free options to maintain air quality standards. Adhesives specifically formulated for cleanroom environments should provide strong bonding while being resistant to chemicals and moisture. Manufacturers often provide recommendations for adhesives that are compatible with their panel systems to ensure optimal performance and compliance with cleanroom standards.

10. Are cleanroom wall panels fire-rated?

Many cleanroom wall panels are fire-rated, meaning they have been tested and certified to meet specific fire safety standards. Fire-rated panels are designed to resist ignition and limit the spread of flames, providing additional safety in environments where flammable materials may be present. Choosing fire-rated panels is essential for compliance with local fire codes and to enhance the overall safety of the cleanroom.

11. Can cleanroom panels be used in education facilities?

Yes, cleanroom panels can be used in education facilities, particularly in specialized laboratories or research areas. These panels provide a controlled environment that is essential for certain scientific and educational activities. Their ease of cleaning and maintenance also makes them suitable for classrooms and labs where hygiene is a priority.

12. How do you handle seams in cleanroom wall panels?

Handling seams in cleanroom wall panels is crucial to maintaining the

integrity of the cleanroom environment. Seams should be sealed using specialized sealants that are compatible with the panel materials to prevent contamination. It is vital to ensure that seams are as tight and smooth as possible to minimize gaps where dust and particles can accumulate. Regular inspection and maintenance of seams can help uphold cleanroom standards and prevent breaches in cleanliness.

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

MGO panels and rock wool panels serve different purposes and have distinct properties. MGO panels are known for their moisture resistance, fire resistance, and durability, making them suitable for cleanroom applications. In contrast, rock wool panels offer excellent thermal insulation and soundproofing but may not be as effective in moisture-prone environments. The choice between the two often depends on specific project requirements, including fire safety, insulation needs, and environmental conditions.

14. What are the best brands for cleanroom wall panels?

Some of the best brands for cleanroom wall panels include companies like Armstrong, Cleanroom Connection, and PPI (Plastic Products Inc.). These manufacturers are recognized for their high-quality materials and innovative solutions tailored for cleanroom environments. When selecting a brand, it is important to consider factors such as product specifications, compliance with industry standards, and customer reviews to ensure that the panels meet the specific needs of the cleanroom.

15. What are the insulation properties of MGO panels?

MGO panels offer good insulation properties, particularly in terms of thermal and fire resistance. They have a lower thermal conductivity compared to traditional materials, which helps maintain stable temperatures in controlled environments. Additionally, their fire-resistant nature contributes to safety in applications where fire hazards are a concern. Overall, MGO panels provide an effective balance of insulation and safety features for cleanroom applications.

16. How do cleanroom panels improve energy efficiency?

Cleanroom panels improve energy efficiency by providing excellent insulation and minimizing air leakage. Their design helps maintain the controlled temperature and humidity levels required in cleanrooms, reducing the energy needed for heating, cooling, and ventilation systems. Moreover, the use of energy-efficient materials and construction techniques can lead to significant cost savings over time while supporting sustainable practices.

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

Cleanroom panels contribute to indoor air quality by providing a smooth, non-porous surface that is easy to clean and maintain. They help minimize dust and particulate accumulation, which is essential in environments where air quality is critical. Additionally, when integrated with proper air filtration systems, cleanroom panels enhance the overall effectiveness of maintaining a contaminant-free atmosphere, leading to better air quality for occupants.