Magnesium Oxide Board Fireproof Light Weight Sanding Mgo Board
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Magnesium Oxide Board Fireproof Light Weight Sanding Mgo Board

Magnesium Oxide Board Fireproof Light Weight Sanding Mgo Board

As a new type of green and environmentally friendly building material, fireproof lightweight magnesium oxide board has been widely used in architectural decoration, fire partitions, medical cleanrooms, industrial special fields and other areas due to its excellent comprehensive properties such as fire resistance, moisture resistance, environmental protection, lightweight and high strength.

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Product Introduction

Magnesium Oxide board fireproof light weight Sanding Mgo board

 

 

Fireproof Lightweight Magnesium Oxide Board, also known as magnesium oxide board, magnesia board, or magnesium board, is a new type of inorganic non-combustible composite board made from magnesium oxide (MgO) and magnesium chloride (MgCl₂) or magnesium sulfate(MgSo4) as the main cementitious materials, supplemented with medium-alkali glass fiber mesh, plant fibers, perlite and other lightweight fillers through scientific proportioning and special processes.

 
Advantages of Magnesium Oxide board fireproof light weight Sanding Mgo board
 
 

01 Excellent Fire Resistance​

  • Fire rating: Class A1 non-combustible material (GB8624-2006 standard)​
  • Fire resistance limit: >2 hours (double-sided single layer 6mm forming 90mm partition wall)​
  • >4 hours (double-sided single layer 12mm forming 99mm partition wall)​
  • Temperature resistance range: -40℃~120℃​
  • High-temperature performance: No combustion at 800℃, no flame at 1200℃
 

02 Water and Moisture Resistance​

  • Water absorption rate: ≤8% (traditional gypsum board >30%)​
  • Anti-efflorescence property: No water droplets or moisture return​
  • Water resistance: No deformation after 48 hours immersion​
  • Chloride ion content: ≤10% (high-quality products ≤2%)
 

 03Lightweight and High Strength​

  • Apparent density: 0.85-1.5t/m³​
  • Flexural strength: >16MPa (9mm thickness)​
  • Impact strength: >5.5KJ/m² (9mm thickness)​
  • Screw holding force: ≥70N/mm
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Environmental and Health Performance​

Non-toxic: Free of asbestos, formaldehyde, benzene and radioactive elements​

Fire behavior: No smoke, no toxicity, no odor​

Anti-bacterial performance: Antibacterial rate over 99.99%, mildew resistance grade 0​

pH value: 9-11, natural alkaline barrier inhibits microbial growth

05/

Sound and Thermal Insulation​

  • Airborne sound insulation: >42dB (double-sided single layer 9mm + 75 keel + 50 rock wool)​
  • Thermal conductivity: 0.216W/(m·K)​
  • Insulation performance: Better than sand-lime brick blocks

 

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06/

Processing and Installation Performance​

  • Machinability: Can be sawn, nailed, drilled, planed​
  • Decoration adaptability: Smooth surface can be pasted with wallpaper, aluminum composite panels, decorative fireproof boards, etc.​
  • Rough surface: Can be pasted with tiles, marble, granite, etc.​
  • Bending performance: Can be bent with diameter 30cm
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Why Choose Us
 

Rich Experience

Our company has many years of production work experience. The concept of customer-oriented and win-win cooperation makes the company more mature and stronger.

Advanced Equipment

A machine, tool or instrument designed with advanced technology and functionality to perform highly specific tasks with greater precision, efficiency and reliability.

High Quality

Our products are manufactured or executed to very high standards, using the finest materials and manufacturing processes.

Competitive Price

We have professional sourcing team and cost accounting team, stive to reduce cost and profit and provide you a good price.

24H Online Service

We try and respond to all concerns within 24 hours and our teams are always at your disposal in case of any emergencies.

One-stop Solution

With rich experience and one-to-one service,we can help you choose products and answer technical questions.

Performance Parameter of  Magnesium Oxide board fireproof light weight Sanding Mgo board 
 

 

Test Item​

Test Value​

Test Standard​

Apparent density​

0.85-1.5t/m³​

JC688-2006​

Moisture content​

≤8%​

JC688-2006​

Dry shrinkage rate​

≤0.3%​

JC688-2006​

Wet expansion rate​

≤0.6%​

JC688-2006​

Screw holding force​

≥70N/mm​

JC688-2006​

Chloride ion content​

≤10%​

JC688-2006​

Fire performance​

Class A1 non-combustible​

GB8624-2006​

Fire resistance limit​

>2 hours​

Double-sided single layer 6mm partition​

Flexural strength​

>16MPa​

9mm thickness​

Impact strength​

>5.5KJ/m²​

9mm thickness​

Environmental safety​

No radioactive substances, no asbestos, no formaldehyde​

GB656-2001​

How Is Magnesium Oxide board fireproof light weight Sanding Mgo board Made?

1. Raw Material Preparation Stage​

Raw Material Selection Standards:​

Magnesium oxide: High-purity, high-activity light-burned magnesia​

Magnesium chloride: Industrial grade magnesium chloride​

Fillers: Wood chips, glass fibers, etc. according to performance requirements​

Modifiers: Environmentally friendly modifiers​

Quality Control:​

Quality inspection of raw materials to ensure they meet production requirements​

Establish raw material quality records and test data​

Classified storage to avoid mixing and cross-contamination​

 

2. Batching and Mixing Stage​

Batching Ratio:​

Determine the proportion of each raw material according to product performance requirements​

Precisely calculate the dosage of each raw material​

Use automatic batching system to ensure accuracy​

Mixing Process:​

Use double-shaft or four-shaft mixers​

Control mixing time and speed​

Ensure thorough mixing of materials​

 

3. Forming Stage

Forming Process Flow:​

Bottom plate pretreatment: Preheating treatment of metal bottom plate​

Slurry spreading: Uniform spreading of mixed slurry onto the bottom plate​

Initial setting and drying: Initial solidification and drying of slurry to form board blanks​

Pressing and shaping: Pressurization and heating to solidify and shape the board blanks​

Cooling and cutting: Cooling followed by cutting to specified specifications​

 

4. Curing Stage​

Curing Methods:​

Natural curing: Natural hardening at room temperature (suitable for summer and autumn)​

Steam curing: Steam heating for curing (suitable for winter and spring)​

Curing Parameters:​

Temperature: 20-30℃​

Humidity: 50-70%​

Curing period: Determined according to product thickness​

Static fermentation: 7 days full fermentation​

 

5. Processing Stage​

Main Processing Technologies:​

Cutting: Mechanical cutting or laser cutting​

Drilling: Precision drilling for installation and fixation​

Surface treatment: Coating, spraying, laminating, etc.​

Edge trimming and sanding: Fixed-length edge trimming and surface sanding​

 

6. Quality Inspection and Packaging​

Appearance inspection: Smooth surface, no cracks, no bubbles​

Dimensional inspection: Length, width, thickness meet requirements​

Performance testing: Density, strength and other mechanical property tests​

Packaging and storage: Packaged and stored after passing inspection

Wear Layer

A wear layer, usually made of a durable material like aluminum oxide or melamine, is then added on top of the decorative layer. This wear layer provides protection against scratches, stains, and fading.

Pressing and Heating

The assembled layers are placed in a press where heat and pressure are applied. This process ensures that the layers bond together securely.

Cutting and Finishing

After the pressing process, the laminated sheets are cut into desired sizes and shapes. The edges are often sealed to prevent moisture penetration. Eco-friendly laminate may use non-toxic edge sealers or edge banding made from sustainable materials.

application Fields of Magnesium Oxide board fireproof light weight Sanding Mgo board 

 

A1 Fire Resistant Board
A1 Fire Resistant Board
High Impact Resistant Board
Mould Resistant Board

1. Architectural Decoration Field

Main Applications:​

  • Interior partitions: Replace traditional brick walls and gypsum boards​
  • Ceiling systems: Fireproof and moisture-proof ceiling base​
  • Floor systems: Raised floors, ground base layers​
  • Exterior wall decoration: External wall insulation composite systems​

Applicable Places:​

  • Office buildings, hotels, shopping malls, hospitals, schools​
  • Villas, residential fine decoration​
  • Industrial workshops, warehouses​

 

2. Fire Partition Systems​

Core Applications:​

  • Fire walls: High-rise building fire walls​
  • Fire door core boards: Fire door filling materials​
  • Fire passages: Fire passage decorative partitions​
  • Equipment rooms: Machine room fire partitions​

Performance Advantages:​

  • Fire resistance limit over 3 hours​
  • Effectively delay fire spread​
  • Buy time for personnel evacuation​

 

3. Medical Clean Field​

Professional Applications:​

  • Anti-bacterial clean boards: Operating room, ward walls​
  • Radiation protection boards: CT room, X-ray room protection​
  • Aseptic operation rooms: Pharmaceutical factories, laboratories​

Technical Features:​

  • 99.99% antibacterial rate, mildew resistance grade 0​
  • Lead-free radiation protection, lead equivalent 0.8-1.61mmPb​
  • Easy to clean, meets medical and health standards​

 

4. Industrial Special Fields​

Industrial Applications:​

  • New energy storage: Energy storage battery fire racks​
  • Chemical corrosion protection: Corrosion-resistant wall materials​
  • Equipment enclosures: Electrical heat-resistant panels​
  • Ventilation ducts: Fireproof ventilation ducts​

Performance Requirements:​

  • High temperature resistance, corrosion resistance​
  • Fire and explosion protection performance​
  • Excellent load-bearing performance​

 

5. Transportation Field​

Application Scenarios:​

  • Shipbuilding: Cabin partitions, ceilings​
  • Rail transportation: Subway, high-speed rail interior decoration​
  • Container houses: Modular buildings​

 

6. Furniture Manufacturing Field​

Furniture Applications:​

  • Fireproof furniture: Kitchen cabinets, bathroom vanities​
  • Decorative panels: Furniture surface decoration​
  • Door manufacturing: Interior doors, fire doors
Magnesium Oxide board fireproof light weight Sanding Mgo board Comparative Advantages with Traditional Materials

Comparison with Gypsum Board​

​

Performance Index​

Magnesium Oxide Board​

Gypsum Board​

Advantage Analysis​

Fire performance​

Class A1 non-combustible​

Class B1 flame-retardant​

Higher fire rating, better safety​

Water resistance​

Water absorption ≤8%​

Water absorption >30%​

Significantly better moisture resistance than gypsum board​

Strength performance​

Flexural strength >16MPa​

Flexural strength ≤9MPa​

Higher strength, less prone to damage​

Service life​

Over 20 years​

5-8 years​

Longer service life, lower maintenance costs​

Environmental performance​

No formaldehyde, no asbestos​

May contain formaldehyde​

More environmentally friendly and healthier​

​

Comparison with Calcium Silicate Board​

​

Performance Index​

Magnesium Oxide Board​

Calcium Silicate Board​

Advantage Analysis​

Density​

0.85-1.5t/m³​

1.03-1.08t/m³​

Relatively lighter, reduces building load​

Toughness​

Good toughness, bendable​

Brittle, easy to break​

Better toughness, more convenient construction​

Machinability​

Can be sawn, nailed, drilled, planed​

Difficult to process​

Excellent processing performance​

Cost​

Moderate​

Higher​

Better cost performance​

​

Comparison with Wood-based Panels​

​

Performance Index​

Magnesium Oxide Board​

Wood-based Panels​

Advantage Analysis​

Fire performance​

Class A1 non-combustible​

Class B2 combustible​

Completely solves the fire problem of wood materials​

Moisture resistance​

No water absorption, no mildew​

Easy to absorb moisture, easy to mildew​

Preferred material for humid environments​

Insect resistance​

Insect and termite proof​

Susceptible to insect damage​

No need to worry about insect problems​

Environmental performance​

Zero formaldehyde emission​

May contain formaldehyde​

Truly environmentally friendly material​

What Are  Materials Used In Magnesium Oxide board fireproof light weight Sanding Mgo board?

 

Basic Composition​

  • High-purity activated magnesium oxide (MgO): Main cementitious material​
  • High-quality magnesium chloride (MgCl₂): Modifier​
  • Medium-alkali glass fiber mesh: Reinforcement material​
  • Plant fibers: Enhance toughness​
  • Perlite: Lightweight filler​
  • Chemical stabilizers: Improve performance​
  • Polymer compounds: Modifiers
 
Our Factory

 

We are a company dedicated to magnesia cement products. Our main products are Magnesium Oxide Boards(MGO Board) for construction and laminated MgO boards with for furniture and renovation. Our mission is to provide the world's construction markets with environmentally friendly, high-performance and sustainable green materials.

 

Laminated MGO Board

 
FAQ

 

Q: What are the core raw materials of environmentally friendly magnesium oxide boards?

A: They are based on natural inorganic minerals such as magnesium oxide and magnesium chloride/magnesium sulfate, with the addition of renewable plant fibers (e.g., straw fibers) and inorganic mineral fibers. No harmful chemicals like formaldehyde or benzene are added throughout the process.

Q: In which links is their environmental friendliness reflected?

A: It covers the entire life cycle: green raw materials are used in production with low energy consumption and no pollutant emissions; no harmful substances are released during use; they can be degraded or recycled after disposal, forming an environmental protection closed loop.

Q: What standards do their formaldehyde emissions meet?

A: They are far below the national standard, usually ≤0.05mg/m³, and some high-quality products even reach the "zero formaldehyde" level, making them suitable for scenarios with extremely high health requirements such as hospitals and schools.

Q: Can they be used in humid environments?

A: Yes. The crystalline phase formed by their components has strong water resistance, with only a small decrease in strength after absorbing water, and they are not prone to mildew. They are superior to traditional gypsum boards and suitable for humid areas such as bathrooms and kitchens.

Q: Does the production process consume a lot of energy?

A: No. It adopts low-energy-consuming processes such as room-temperature curing, without the need for high-temperature calcination. Carbon emissions are much lower than those of traditional building materials like cement boards and ceramic boards, meeting the requirements of low-carbon production.

Q: Do they pass authoritative environmental certifications?

A: Regular products usually pass certifications such as LEED and China Green Building Material Certification, with clear marking of environmental indicators, and can be used as preferred materials for green building projects.

Q: What is the core difference between them and ordinary magnesium oxide boards?

A: Environmentally friendly ones are superior to ordinary ones in terms of raw material purity (no harmful additives), production processes (low consumption and low emissions), health and safety (extremely low formaldehyde), and recyclability (easy to recycle).

Q: How to dispose of them after disposal?

A: Due to their main components being inorganic minerals and degradable fibers, they can be naturally degraded or crushed and reprocessed as raw materials for production, reducing construction waste pollution.

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