• 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. What are MGO cleanroom panels?

MGO cleanroom panels are specialized building materials made from magnesium oxide, designed for use in environments that require strict cleanliness and minimal contamination. These panels are known for their fire resistance, moisture resistance, and durability, making them suitable for various applications in cleanrooms across multiple industries.

2. What thickness is best for cleanroom wall panels?

The best thickness for cleanroom wall panels typically falls between 1 to 2 inches. A thickness of 1 inch is often sufficient for lighter applications, while 2 inches may be preferred for more demanding environments that require enhanced insulation and structural integrity. Choosing the right thickness depends on the cleanroom classification and operational requirements.

3. Can MGO panels be used in food processing facilities?

Yes, MGO panels are suitable for food processing facilities due to their resistance to moisture and bacterial growth. Their non-porous surface helps maintain hygiene, making them an excellent choice for environments where cleanliness is critical.

4. What warranty options are available for cleanroom panels?

Warranty options for cleanroom panels generally vary by manufacturer, but common choices include:

• 1-year warranty

• 5-year warranty

• 10-year warranty

It is important to review the warranty details to understand coverage for materials and workmanship.

5. Are cleanroom wall panels resistant to chemicals?

Cleanroom wall panels typically exhibit varying degrees of chemical resistance, depending on the material used. Many panels, especially those made from MGO, are designed to withstand exposure to common cleaning agents and certain chemicals, making them suitable for environments where chemical spills might occur.

6. Can cleanroom panels be field cut?

Yes, cleanroom panels can be field cut to fit specific design requirements. It is essential to use appropriate cutting tools and techniques to maintain the integrity of the panel and ensure a clean, precise fit during installation. Field cutting allows for flexibility in design and adaptation to unique layouts.

7. What are the common sizes for cleanroom wall panels?

Common sizes for cleanroom wall panels include:

• 4' x 8'

• 4' x 10'

• 5' x 10'

These dimensions can be customized based on specific project requirements, allowing for greater adaptability in cleanroom design.

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

The main difference between MGO panels and drywall lies in their composition. MGO panels are made from magnesium oxide, which offers superior fire resistance, moisture resistance, and durability compared to traditional drywall. This makes MGO panels a better choice for environments that require high levels of cleanliness and safety.

9. What is the best way to store cleanroom wall panels?

To store cleanroom wall panels effectively, keep them in a dry, temperature-controlled environment. Panels should be stacked flat on a clean surface to prevent warping, and it’s advisable to cover them to protect against dust and moisture. Proper storage is crucial to maintaining the quality of the panels before installation.

10. How do cleanroom panels impact building design?

Cleanroom panels significantly influence building design by offering modularity and flexibility in layout. Their design can enhance aesthetics while contributing to the overall functionality of the cleanroom. Additionally, integrating panels with other systems, like HVAC and electrical components, can streamline operations and improve efficiency.

11. Can MGO panels be used in pharmaceuticals?

MGO panels are well-suited for pharmaceutical applications due to their non-toxic properties and resistance to moisture and chemicals. These attributes help ensure compliance with regulatory standards in environments that require stringent cleanliness and safety measures.

12. Can cleanroom panels be used in education facilities?

Cleanroom panels can indeed be utilized in educational facilities, particularly in specialized laboratories or research areas. Their durability and ease of maintenance make them an excellent option for environments that require high hygiene standards, such as science labs in schools and universities.

13. How are cleanroom panels integrated with HVAC systems?

Cleanroom panels are designed to integrate seamlessly with HVAC systems to ensure efficient airflow and temperature control. They can be engineered with built-in channels for ductwork, allowing for optimized air distribution throughout the facility. This integration is crucial for maintaining the desired environmental conditions within cleanrooms.

14. How do cleanroom panels affect lighting in a facility?

Cleanroom panels can significantly impact lighting in a facility by influencing light distribution and energy efficiency. The color and finish of the panels can enhance or diminish the effectiveness of the lighting system. For optimal performance, panels are often designed to reflect light, which helps achieve a brighter workspace while reducing the overall energy consumption of the lighting system.

15. How do cleanroom panels handle vibration?

Cleanroom panels are engineered to handle vibrations effectively, which is critical in environments involving sensitive equipment. The structural integrity of these panels helps minimize the transmission of vibrations, protecting both the cleanroom environment and the equipment housed within. Additionally, proper installation and the use of vibration-dampening materials can further enhance their performance in vibration-prone settings.