Product description
Descriptions:
- Magnesium oxide board was developed many years ago as a cheap alternative to cement fibre boards
- It turned out as a coincidence to be a product with superior characteristics
- MgO boards was extensively used in construction during the 2008 world Olympics building in Beijing and was used in the world famous Taipei 101 building which up until recently was the world largest building
Advantages over fiber cement board:
- Eco-friendly and security. MGO board is totally 100% no asbestos, cement board may contain asbestos
- Lightweight: Easy to carry and install
- It's easier to process MGO board, it can be scored and snapped, sawed, drilled, and fastened to wood or steel framing
- MGO board is flexible but cement board is rigid
- MGO board is thinner, can reach 3-20mm
- Grey MGO board looks very much like fiber cement board, but has a competitive price
Features:
- Fireproof grade: A1
- Water resistant
- Lightweight and high intensity
- Sound and heat insulation
- Heat preservation Impact resistance
- Cold resistance
- Flexibility
- Moth-resistant and anti-mildew
- Eco-friendly
- Easy to construct and maintain
Usages:
- MgO is widely used primarily as wallboard alternative to conventional gypsum-based drywall
- The MgO boards can be scored and snapped, sawed, drilled and fastened to wood or steel framing
- It can be used for interior or exterior applications
- MgO boards are a good example of the advances made in construction materials to meet changes in building codes for safety and durability
- Like any sheathing board, MgO board can absorb water but its performance is unaffected
- Thus it can be used indoors and outdoors and in damp locations, such as showers
- Like Portland cement based sidings, if MgO is used outdoors in an exposed location, it needs sealing in such a way as cement
- MgO is used structurally as in bracing for walls-and also semi-structurally, such as an underlayment for flooring
Applications:
- Interior wall and ceiling board
- Exterior sheathing
- Trim materials
- Fascias
- Soffits (underside of any construction element)
- Shaft-liner & area separation wall board
- Tile backing (backer board) and underlayment
- Substrates for coatings and insulated systems such as: Direct-applied finish systems, EIFS, SIPS, Portland type stucco and synthetic stuccos
Package: In wooden pallet or In bulk
Magnesium oxide board was developed many years ago as a cheap alternative to cement fibre boards
It turned out as a coincidence to be a product with superior characteristics
MgO boards was extensively used in construction during the 2008 world Olympics building in Beijing and was used in the world famous Taipei 101 building which up until recently was the world largest building
Eco-friendly and security. MGO board is totally 100% no asbestos, cement board may contain asbestos
Lightweight: Easy to carry and install
It's easier to process MGO board, it can be scored and snapped, sawed, drilled, and fastened to wood or steel framing
MGO board is flexible but cement board is rigid
MGO board is thinner, can reach 3-20mm
Grey MGO board looks very much like fiber cement board, but has a competitive price
Fireproof grade: A1
Water resistant
Lightweight and high intensity
Sound and heat insulation
Heat preservation Impact resistance
Cold resistance
Flexibility
Moth-resistant and anti-mildew
Eco-friendly
Easy to construct and maintain
MgO is widely used primarily as wallboard alternative to conventional gypsum-based drywall
The MgO boards can be scored and snapped, sawed, drilled and fastened to wood or steel framing
It can be used for interior or exterior applications
MgO boards are a good example of the advances made in construction materials to meet changes in building codes for safety and durability
Like any sheathing board, MgO board can absorb water but its performance is unaffected
Thus it can be used indoors and outdoors and in damp locations, such as showers
Like Portland cement based sidings, if MgO is used outdoors in an exposed location, it needs sealing in such a way as cement
MgO is used structurally as in bracing for walls-and also semi-structurally, such as an underlayment for flooring
Interior wall and ceiling board
Exterior sheathing
Trim materials
Fascias
Soffits (underside of any construction element)
Shaft-liner & area separation wall board
Tile backing (backer board) and underlayment
Substrates for coatings and insulated systems such as: Direct-applied finish systems, EIFS, SIPS, Portland type stucco and synthetic stuccos