Glass-Magnesium: Advantages and Future Prospects of a New Construction Material

odern Applications of Glass Magnesium in Construction

In recent years, the use of a new universal building material, known as glass magnesium, has been rapidly expanding in many developed countries. It is also referred to as glass magnesite or glass magnesium sheet (GMS). This material finds applications in both exterior construction and interior finishing of buildings.

side from its versatility, glass magnesium offers several other advantages:

• Excellent fire-resistant properties – the material does not burn, making it ideal for fire safety.
• High resistance to moisture, allowing GMS to be used in regions with humid climates.
• Superior thermal insulation properties, especially with thicker sheets.
• Resistance to microorganisms – preventing mold growth and insect damage.
• Outstanding mechanical characteristics – strength, flexibility, durability, making glass magnesium a versatile material.
• Durability – resistant to external factors, ensuring long service life.
• Lightweight, facilitating easy installation and transportation, with minimal foundation pressure.
• Easy fabrication process.
• Environmental cleanliness, especially when compared to other contemporary building materials such as drywall and particleboard.
• Versatility in sheet thickness based on project requirements.

hile glass magnesium has yet to capture the market in the United States and Europe, it is only a matter of time. Entrepreneurs who pioneer the production and distribution of GMS will secure a promising market niche. Let's explore the optimal methods for manufacturing glass magnesium.

Manufacturing Process

he required materials for producing GMS include:

1. Magnesite.
2. Glass fabric.
3. Water (technical).
4. Perlite (sand).
5. Non-woven fabric.
6. Magnesium chloride.
7. Latex putty.
8. Sawdust.
9. Phosphoric acid.

Technological Process Involves the Following Stages:

• Preparation of the dry mix.
• Adding liquids – preparing the forming material.
• Pouring into molds, reinforcing.
• Drying process of the sheet.
• Surface treatment depending on material use (grinding, laminating, edging, chamfering, etc.)
• Packaging.

This process is versatile and may vary slightly depending on the equipment used for GMS production. Nonetheless, it doesn't require specialized knowledge, and detailed manufacturing instructions accompanying the machinery eliminate errors.

Estimated Equipment Costs

• MS-500 line - $40,000.
• Trimming machine - $8,000.
• Unloading cassette - $1,000.
• Strengthening bath - $2,000.

This setup totals approximately $50,000 and can produce up to 1500 glass magnesium sheets per day.

Applications of GMS

n frame constructions, glass magnesium sheets are used as wall material and are suitable for interior and exterior finishings. GMS also offers a quick and flawless way to level floors in a space.

he applications of these sheets are nearly limitless, such as their significant use in the construction of the Taiwanese skyscraper Taipei 101.

Bsiness Viability

It's challenging to precisely calculate profitability due to market variables. Projected net profits should ideally reach around 20%, with a business payback period of approximately one year, hinging on sales volume and tax considerations.

Conclusion

Glass magnesium emerges as a universal, reliable, highly promising, and quality construction material poised for global demand in the near future. As competition in the United States and European markets remains scarce, occupying this niche is a strategic move. Entrepreneurs benefit from the easy manufacturing process, rapid production speed, affordable equipment costs, and swift return on investment when manufacturing glass magnesium sheets.

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