usg mineral fibre tiles
Mineral fiber ceiling tiles are made from a mixture of natural minerals, binders, and water, forming a durable and versatile building material. Mineral fiber tiles are a popular choice for ceilings due to their excellent sound absorption and aesthetic qualities. USG Mineral Fiber Ceiling Tiles are a type of ceiling product designed primarily for use in commercial and residential buildings
specifications
- Sizes – 600 x 600mm
- Thickness – 12mm – 24mm
- Edges – Square, Beveled, Tegular
Applications
- Restaurants and bars
- Hotels and Resorts
- Living rooms
- Family rooms
- Factories
Benefits
- Reduced reverberation
- Increased privacy
- Enhanced aesthetic appeal
- Fire resistance
- Moisture resistance
What are mineral fiber ceiling tiles made of?
They are made from a mixture of natural minerals, binders, and water, creating a durable and versatile ceiling material.
What are the typical sizes and thicknesses of USG Mineral Fiber Ceiling Tiles?
Size: 600 x 600 mmThickness: Ranges from 12 mm to 24 mm
What edge types are available for these ceiling tiles?
The tiles come with Square, Beveled, and Tegular edge designs.
Where can mineral fiber ceiling tiles be used?
Suitable applications include:Restaurants and barsHotels and resortsLiving rooms and family roomsFactories and commercial buildings
What are the benefits of using mineral fiber ceiling tiles?
Reduced sound reverberation for better acousticsIncreased privacy by controlling sound transmissionEnhanced aesthetic appeal with clean ceiling finishesFire resistance for safetyMoisture resistance to prevent damage in humid environments
Are USG Mineral Fiber Ceiling Tiles suitable for residential use?
Yes, they are commonly used in living rooms, family rooms, and other residential settings.
How do mineral fiber ceiling tiles improve room acoustics?
They absorb sound waves, reducing echo and reverberation to create quieter and more comfortable spaces.
Are these tiles resistant to moisture?
Yes, USG mineral fiber tiles are designed to resist moisture, making them suitable for humid areas.
