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Product Description
1）New Fireproof Building Materials Magnesium Oxide Board / Magnesium Sulfate Board / Mgo Board is a technologically advanced building material that offers superior performance in every category when compared to traditional wood, gypsum and cement based products. Mgo board is 100% fire resistant, 100% water resistant proof, very strong, environmental and affordable.
2）MGO board uses proprietary with Mgo,MgCl2,Perlite,Fiberglass, Chip compounds to deliver a multi-purpose, versatile, non-combustible, and unique board material. This intergral, hard, inert and paperless construction panel has superior characteristics over panels made from gypsum,clay or wood and paper particles. So for an easier, better and faster job, MGO board is best for interior and exterior construction.
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Product Display
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Data Sheet
| Inspection Items | Technology Index |
| Product name | Magnesium fire-resistant board |
| Material | MGO |
| Product size | 1220*2440mm 1220*2400mm 1200*3000mm or customized |
| Normal thickness | 8mm、10mm、12mm、14mm、25mm |
| Fireproof rating | A1 |
| Fire resistance duration | 60min/120min |
| Water resistance | > 3d, no swelling, no cracking. |
| Fire integrity | No loss of integrity of specimen for 2.00h test |
| Weight per square meter | 10-15kg |
| Compressive strength | ≥3000PA |
| Product features | Fire resistance, flame retardancy, compression resistance, good sealing, etc |
| Operating environment | Firewalls. Partitions.Structural sheathing for wood or metal stud walls.Shower stall tile backer board, etc |
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Optional Features
Magnesium Sulfate Mgo Board is fireproof, water resistance, high strength, non-toxic, noncombustible, high strength, lightweight,convenient for installation, long service life and has a special performance compare with traditional building materials.
• Fire resistant (Class A1) building material
• Lighter, more flexible and stable than traditional sheeting systems
• Time and material saving - dramatically reducing construction costs
• Environmentally friendly, applying a sustainable production process with reduced CO2 footprint
• Ideal for time, safety and health sensitive construction applications