Better insulation for your home and your environment.
MINERAL STONEWOOL
Floating Floor Board
ThermoWool Floating Floor Board is an advanced insulation solution designed to provide superior thermal, sound, and vibration insulation for floors in buildings. It is ideal for use in both residential and commercial applications, including floors between different levels and beneath vibration sources. This board offers reliable protection against heat loss, noise, and structural vibrations, ensuring a comfortable and quiet indoor environment.
Key Features
✅ Enhanced Thermal Insulation: Minimizes heat loss and reduces energy consumption, improving overall comfort.
✅ Excellent Soundproofing: Reduces noise transmission, providing a quieter environment.
✅ Vibration Absorption: Designed to absorb vibrations, ideal for spaces exposed to mechanical vibrations.
🔥 Fire-Resistant Composition: Made from non-combustible stone wool, offering high fire safety standards.
🛠️ Durable & Load-Bearing: Provides compressive strength to support heavy loads, ensuring long-term performance.
Engineered for Floor Insulation
Produced as an uncoated stone wool board, ThermoWool Floating Floor Board is specifically designed for integration into flooring systems. It meets international standards for thermal regulation, soundproofing, vibration reduction, and fire safety, ensuring optimal performance in both residential and commercial projects.
ThermoWool Floating Floor Board is the ideal choice for sustainable, energy-efficient, and noise-controlled construction projects, making it a must-have for modern flooring applications.
Technical Information
| Technical Characteristics | Symbol | Indicator | Unit | Declared Value | Tolerance | Standard |
|---|---|---|---|---|---|---|
| Material | MW | MW | - | Mineralwool | - | EN 13162 |
| Density / D | - | ρ | kg/m3 | 110 | 120 | 150 | ± % 10 | EN 1602 |
| Length / l | l | l | mm | 1200 | ± % 2 | EN 822 |
| Width / b | b | b | mm | 600 | ± % 1.5 | EN 1822 |
| Tension Force Perpendicular to Surface | TRi | σmt | kPa | ≥ 7.5 | - | EN 1607 |
| Compress Stress at %10 Deformation | CS(10/Y)i | σ10 | kPa | ≥ 20 | - | EN 826 |
| Thermal Conductivity | λD | - | W/mK | max 0.037 | - | EN 12939/12667 |
| Thermal Resistance / Rd | RD | - | m²K/W | 0.69 | 0.83 | 0.97 | - | EN 13162 |
| Thickness / d | dN | dN | mm | 25 | 30 | 35 | - | EN 823 |
| Class for Thickness Tolerances | Tİ | - | mm | 'T4 | -%3 or -3 mm, +%5 or +5mm | EN 823 |
| Dimensional Stability | DS(70-) | ∆Ɛd | % | max 1 | - | EN 1604 |
| Water Vapour Permeability / MU | MU | µ | - | 1 | - | EN 12086 |
| Fire Reaction Class | - | RtF | - | A1 | - | EN 13501 |
| Air Flow Resistance / Afr | Afr | Afr | - | NPD | - | EN 29053 |
| Flatness / Smax | Smax | Smax | mm | S6 - max 6 mm | - | EN 825 |
| Squareness / Sb | Sb | Sb | mm/m | S5 - max 5 mm/m | - | EN 824 |
| Short Term Water Absorption / WS | WP | WS | kg/m² | ≤1 | - | EN 1609 |
| Long Term Water Absorption / WL(P) | WLP | WL(P) | kg/m² | ≤3 | - | EN 12087 |
| Max. Usage Temperature | - | - | °C | +750 | - | - |
| Packaging Material | - | - | - | PE Film | - | - |
| Covering | - | - | - | Coated / Uncoated | - | - |