Terrace Roof Board

ThermoWool Terrace Roof Board is a high-performance insulation solution specifically designed for use on metal and wooden roofs, including terrace roofs that may or may not be walked on. It provides exceptional heat, sound, and moisture insulation, enhancing the overall energy efficiency of the building while ensuring long-term durability. This high-compressive strength stone wool board is ideal for both functional and aesthetic roofing applications, offering effective protection against environmental elements.

Key Features

✅ Enhanced Thermal Insulation: Effectively reduces heat transfer, improving energy efficiency and ensuring comfortable interior temperatures year-round.

✅ Superior Soundproofing: Provides excellent acoustic insulation, reducing noise transmission from external sources or other areas of the building.

✅ Moisture Control: Prevents water absorption, reducing the risk of structural damage and mold growth.

✅ High Compressive Strength: Built to support the weight of various roofing systems, offering long-lasting performance under pressure.

🔥 Fire-Resistant Composition: Made from non-combustible stone wool, it meets high fire safety standards.

🛠️ Durable & Long-Lasting: Designed for both accessible and inaccessible terrace roofs, maintaining its integrity under heavy loads and exposure to the elements.

Engineered for Terrace Roofs

ThermoWool Terrace Roof Board is designed to provide high-level insulation for both walkable and non-walkable terrace roofs. It seamlessly integrates with various roofing materials to deliver effective thermal regulation, sound isolation, and fire protection. Whether it’s a metal or wooden roof, this product guarantees superior performance while contributing to the overall sustainability of the building.

Ideal for residential, commercial, and industrial buildings, ThermoWool Terrace Roof Board offers reliable and long-term solutions for effective roof insulation and protection.

Technical Information

Technical Characteristics Symbol Indicator Unit Declared Value Tolerance Standard
Material MW MW - Mineralwool - EN 13162
Density / D - ρ kg/m3 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 ≥ 30 - EN 826
Thermal Conductivity λD - W/mK max 0.037 - EN 12939/12667
Thermal Resistance / Rd RD - m²K/W 0.83 | 1.11 | 1.39 | 1.67 | 1.94 | 2.22 | 2.78 | 3.33 | 3.88 | 4.25 - EN 13162
Thickness / d dN dN mm 30 | 40 | 50 | 60 | 70 | 80 | 100 | 120 | 140 | 150 - EN 823
Class for Thickness Tolerances - mm 'T4 -%3 or -3 mm * +%5 or +5 mm * 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 - - - Uncoated - -