Flat roof insulation

ISOVER DK are two-slope wedges made of stone insulation and creating a spatial slope of single-skin flat roofs with high requirements for fire safety.

Lambda λ_D = 0,040 (W·m^-1·K^-1)

These large-format lamellas are made of ISOVER mineral stone wool with perpendicular fibres. The production is based on defibring method of the minerals composition melt and additional additives and ingredients. The mineral fibres produced are processed into the final lamella´s shape on the production line. The entire fibre surface is hydrophobic. The lamellas in the construction have to be protected suitably (vapour-proof foil, waterproofing, flat roof bearing layer, etc.)

Lambda λ_D = 0,041 (W·m^-1·K^-1)

These large-format lamellas are made of ISOVER mineral stone wool with perpendicular fibres. The production is based on defibring method of the minerals composition melt and additional additives and ingredients. The mineral fibres produced are processed into the final lamella´s shape on the production line. The entire fibre surface is hydrophobic. The lamellas in the construction have to be protected suitably (vapour-proof foil, waterproofing, flat roof bearing layer, etc.)

Lambda λ_D = 0,042 (W·m^-1·K^-1)

These large-format lamellas are made of ISOVER mineral stone wool with perpendicular fibres. The production is based on defibring method of the minerals composition melt and additional additives and ingredients. The mineral fibres produced are processed into the final lamella´s shape on the production line. The entire fibre surface is hydrophobic. The lamellas in the construction have to be protected suitably (vapour-proof foil, waterproofing, flat roof bearing layer, etc.)

Lambda λ_D = 0,039 (W·m^-1·K^-1)

Compressive strength = 100kPa

ISOVER XH insulating slabs are packed on the pallets in height up to 1.3 m.

ISOVER AK is an attic wedge made of stone insulation designed especially for the transition of horizontal and vertical thermal insulation of single-skin flat roofs. Thanks to its non-flammability, it is also suitable for areas exposed to high temperature when joining waterproofing. 

ISOVER TRV are filling wedges made of stone insulation, designed as a filling of the waves of perforated trapezoidal sheet for sound absorption. The advantage is the non-flammability of this material. The roof with filled waves of perforated trapezoidal sheet metal then has significantly improved sound absorption, which has a significant effect on the spatial acoustics of the building. The declared properties of cut Isover TRV products are based on the declared parameters of ISOVER FASSIL and ISOVER Topsil products

Lambda λ_D = 0,036 (W·m^-1·K^-1)

Insulating slabs made of ISOVER mineral wool. The production is based on defibring method of the minerals composition melt and additional additives and ingredients. The mineral fibres produced are processed into the final slab shape on the production line. The entire fibre surface is hydrophobic. The slabs in the construction have to be protected suitably (vapour-proof foil, water-proofing, flat roof bearing layer, etc.)

Lambda λ = 0,037 (50-80 mm) 0,039

Insulating slabs made of ISOVER mineral wool. The production is based on defibring method of the minerals composition melt and additional additives and ingredients. The mineral fibres produced are processed into the final slab shape on the production line. The entire fibre surface is hydrophobic. The slabs in the construction have to be protected suitably (vapour-proof foil, separation layers, water-proofing membrane of the flat warm decks).

ISOVER SD are slope boards (wedges) made of stone insulation and creating a slope of 2% of single-skin flat roofs with high requirements for fire safety. Individual gradients of 0-15% can be created to order. The minimum wedge thickness is 20 mm.

Lambda λ_D = 0,037 (W·m^-1·K^-1)

Insulating slabs made of ISOVER mineral wool. The production is based on defibring method of the minerals composition melt and additional additives and ingredients. The mineral fibres produced are processed into the final slab shape on the production line. The entire fibre surface is hydrophobic. The slabs in the construction have to be protected suitably (vapour-proof foil, water-proofing, flat roof bearing layer, etc.)

Lambda λ_D = 0,034 (W·m^-1·K^-1)

EPS (expanded polystyrene) is a light and solid organic foam widely used in the European construction industry, especially as thermal insulation. In the last 50 years, white insulation boards have acquired a strong position in construction thanks to their excellent properties. Isover EPS insulation boards are manufactured using the latest technology without the use of CFC and HCFC (known as Freon). The use of modern technologies ensures consistent quality and minimum energy consumption during production, resulting in an excellent price/performance ratio. All Isover EPS boards are rated as self-extinguishing with improved fire safety.

Lambda λ_D = 0,037 (W·m^-1·K^-1)

in sheltered space to maximum layer height of 2 m.

Lambda λ_D = 0,035 (W·m^-1·K^-1)

EPS (expanded polystyrene) is a light and solid organic foam widely used in the European construction industry, especially as thermal insulation. In the last 50 years, white insulation boards have acquired a strong position in construction thanks to their excellent properties. Isover EPS insulation boards are manufactured using the latest technology without the use of CFC and HCFC (known as Freon). The use of modern technologies ensures consistent quality and minimum energy consumption during production, resulting in an excellent price/performance ratio. All Isover EPS boards are rated as self-extinguishing with improved fire safety.

Lambda λ_D = 0,039 (W·m^-1·K^-1)

preventing their wetting or other degradation. They should be stored flat

Lambda λ_D = 0,031 (W·m^-1·K^-1)

Use for floors: Graphite insulation boards EPS with increased insulation effect for heavy and light floating floors without impact attenuation requirements. They are designed for structures with common compressive loads and small deformation (apartments, offices, classrooms ...). Permanent load capacity max. 2000 kg / m2 at def.