FOAMGLAS - Service & Maintenance Roof With UV Resistant Membrane On Concrete Structure

Creating a service access roof on concrete with a UV protective membrane is no easy task. It requires incombustible, watertight insulation. FOAMGLAS once again passes the test with flying colours, handling even the highest compressive strength. Problem solved!

SYSTEM BENEFITS
Quality: System with high quality materials. Quality management by systematic site inspections and professional consulting.
Cost efficiency: The high durability preserves maximum value and guarantees minimal maintenance costs.
Sustainability: Optimum insulation and protection against moisture for generations.
Safety: Compact, fully bonded insulation system preventing large-scale damages and renovations in the event of a leak caused by a puncture of the roofing membrane.
Functionality: Insulation and vapour barrier in one single functional layer. Flexible and easy installation of a gradient through prefabricated tapered slabs.

Specification Details

Please note that these product properties are not a replacement for the manufacturer's literature and it is always recommended that FOAMGLAS® insulation is consulted before specifying.

FOAMGLAS® insulation
Kirby Street 31-35
London
UK
EC1N 8TE
P: 02074921731

FOAMGLAS - Service & Maintenance Roof With UV Resistant Membrane On Concrete Structure

FOAMGLAS T3+
• Compressive Strength at 10% Compression: 500 kPa
• Features: Acid Resistant, Chemical Resistant, Dimensionally stable, Ecological, High compressive strength, Impervious to water vapour, Non-combustible, Radon protection, Resistant to attack, Time-tested thermal performance, Waterproof
• Specific Heat: 1000 KJ/KgK
• Thermal Conductivity: 0.036 W/mK
• Working Temperature: -265 - 430 °C
• Application: Belowgrade walls, Cavity walls, Facades, Interior insulation behind brick lining, Plasterboard stud wall construction, Walls and soffits
• Configuration: System 4.1.1
• Density: 100 Kg/m3
• Length: 600 - 1200 mm
• Thickness: 50 - 200 mm
• Width: 450 - 600 mm
• Reaction to Fire: A1
• Standards: cf DIN 4102-17, EN 13471, EN 13501-1, EN ISO 10456, ISO 14025, ISO 15804
• Uniclass: Ss_30_10 Roof structure systems

FOAMGLAS T4+
• Compressive Strength at 10% Compression: 600 kPa
• Features: Acid Resistant, Chemical Resistant, Dimensionally stable, Ecological, High compressive strength, Impervious to water vapour, Non-combustible, Radon protection, Resistant to attack, Time-tested thermal performance, Waterproof
• Modulus of Elasticity: 700 N/mm2
• Specific Heat: 1000 KJ/KgK
• Thermal Conductivity: 0.041 W/mK
• Working Temperature: -265 - 430 °C
• Application: Belowgrade floors, Belowgrade walls, Facades, Flat roofs, Interior insulation (walls, floors, ceilings), metal roofs, special roofs
• Configuration: System 4.1.1
• Density: 115 Kg/m3
• Length: 600 mm
• Thickness: 40 - 200 mm
• Width: 450 mm
• BRE Rating: A
• Reaction to Fire: A1
• Standards: cf DIN 4102-17, EN 13471, EN 13501-1, EN ISO 10456, ISO 14025, ISO 15804
• Uniclass: Ss_30_10 Roof structure systems

FOAMGLAS S3
• Compressive Strength at 10% Compression: 900 kPa
• Features: Acid Resistant, Chemical Resistant, Dimensionally stable, Ecological, High compressive strength, Impervious to water vapour, Non-combustible, Radon protection, Resistant to attack, Time-tested thermal performance, Waterproof
• Modulus of Elasticity: 1200 N/mm2
• Specific Heat: 1000 KJ/KgK
• Thermal Conductivity: 0.045 W/mK
• Working Temperature: -265 - 430 °C
• Application: Flat roofs (trafficable), Floors, Foundation slabs
• Configuration: System 4.1.1
• Density: 130 Kg/m3
• Length: 600 mm
• Thickness: 40 - 200 mm
• Width: 450 mm
• BRE Rating: A
• Reaction to Fire: A1
• Standards: cf DIN 4102-17, EN 13471, EN 13501-1, EN ISO 10456, ISO 14025
• Uniclass: Ss_30_10 Roof structure systems

FOAMGLAS F
• Density: 165 Kg/m3
• Length: 600 mm
• Thickness: 40 - 180 mm
• Width: 150 mm
• Application: Flat roofs (trafficable), Floors, Foundation slabs
• Uniclass: Ss_30_10 Roof structure systems
• Reaction to Fire: A1
• Standards: EN 13501-1
• Compressive Strength at 10% Compression: 1600 kPa
• Thermal Conductivity: 0.05 W/mK
• Configuration: System 4.1.1

FOAMGLAS TAPERED T3+
• Density: 100 Kg/m3
• Length: 600 mm
• Thickness: 60 - 200 mm
• Width: 450 mm
• Configuration: System 4.1.1
• Compressive Strength at 10% Compression: 500 kPa
• Thermal Conductivity: 0.036 W/mK
• Reaction to Fire: A1
• Application: Interior insulation behind brick lining, Plasterboard stud wall construction, Walls and soffits
• Uniclass: Ss_30_10 Roof structure systems

FOAMGLAS TAPERED T4+
• Density: 115 Kg/m3
• Length: 600 mm
• Thickness: 60 - 200 mm
• Width: 450 mm
• Configuration: System 4.1.1
• Compressive Strength at 10% Compression: 600 kPa
• Thermal Conductivity: 0.041 W/mK
• Reaction to Fire: A1
• Application: Flat roofs, Floors, Roofs with a metal standing seam covering
• Uniclass: Ss_30_10 Roof structure systems

FOAMGLAS TAPERED S3
• Density: 130 Kg/m3
• Length: 600 mm
• Thickness: 60 - 200 mm
• Width: 450 mm
• Uniclass: Ss_30_10 Roof structure systems
• Compressive Strength at 10% Compression: 900 kPa
• Thermal Conductivity: 0.045 W/mK
• Application: Flat roofs with a load-bearing capacity suitable for mid-sized vehicles and maintenance machines, Floors
• Configuration: System 4.1.1

FOAMGLAS TAPERED F
• Density: 165 Kg/m3
• Length: 600 mm
• Thickness: 60 - 160 mm
• Width: 450 mm
• Uniclass: Ss_30_10 Roof structure systems
• Compressive Strength at 10% Compression: 1600 kPa
• Thermal Conductivity: 0.05 W/mK
• Application: Above floor slabs, Below floor slabs, Flat roofs with regular heavy traffic (trucks and emergency vehicles)
• Configuration: System 4.1.1

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