Mineral Wool Board

Armstrong CLASSIC LITE Mineral Fiber Ceiling Tiles

Armstrong Classic Lite mineral fiber ceiling tiles, 16mm thickness, NRC 0.55 sound absorption, 87% light reflectance, RH99 humidity resistance, GB8624-2012 A2 fire rated, 36% recycled content. The most cost-effective Armstrong mineral ceiling solution. Available in Board, Tegular 15mm and Tegular 24mm edge types. Ideal for offices, retail, data centers and education spaces. BuyBuildly offers authentic products with technical support.

Why Choose Armstrong Classic Lite

Non-directional pattern design with balanced acoustic performance. The most cost-effective solution for commercial ceilings.

NRC 0.55 / CAC 33dB

Balanced sound absorption and speech privacy. Ideal for open offices and general commercial spaces.

87% Light Reflectance

Highest light reflectance in its class. Brightens interiors and significantly reduces lighting energy costs.

💧
RH99 Humidity Resistance

Withstands up to 99% relative humidity. No sag or warping in high-moisture environments.

🔥
A2 Fire Rated

GB8624-2012 A2 rated. Non-combustible mineral fibre core for fire safety compliance.

🌿
36% Recycled Content

Contains 36% recycled material. LEED compatible. China Environmental Label certified.

💰
Best Value Solution

Most cost-effective Armstrong mineral ceiling. Lightweight 3.1 kg/m². Quick and easy installation.

Product Specifications

Technical data for specification and project planning.

☰ Available Sizes
Size (mm)ThicknessEdge Type
600 × 60016mmBoard
1200 × 60016mmBoard
600 × 60016mmTegular 15mm
1200 × 60016mmTegular 15mm
600 × 60016mmTegular 24mm
1200 × 60016mmTegular 24mm
⚙ Performance
ItemValue
NRC0.55
CAC (Board)33 dB
CAC (Tegular)33 dB
Light Reflectance87%
Fire RatingGB8624-2012 A2
Humidity ResistanceRH99
Weight≈ 3.1 kg/m²
Recycled Content36%

Application Areas

Designed for commercial spaces requiring balanced acoustics and best value performance.

Office Spaces
🚇 Public Areas
🛒 Retail
💼 Data Centers
🎓 Education
🏥 Healthcare

热门推荐

Home
Product
News
Contact
```