Ceiling and suspended ceiling insulation

Lambda λ_D = 0,040 (W·m^-1·K^-1)

Facade mineral insulation with perpendicular fiber and final spray. It has chamfered edges around the perimeter of the front side of the board. It is designed to insulate interior ceilings and walls.

Lambda λ_D = 0,034 (W·m^-1·K^-1)

Insulation slabs made of ISOVER fibreglass wool. The production is based on defibration of melt of glass and other additives and ingredients. Produced mineral fibres are then shaped into slabs on the production line. Fibres are made water-repellent on their entire surface. Slabs in construction have to be protected suitably (covered with perforated material, other layers of construction).

Lambda λ_D = 0,033 (W·m^-1·K^-1)

false ceilings, ventilated facades, timber frame construction and other light

Lambda λ_D = 0,035 (W·m^-1·K^-1)

Insulating roll made with glass wool ISOVER 4+. The mineral fibres produced are processed into the final mat shape on the production line. Made in Italy with at least 80% of recycled glass and with an exclusive, patented binder, that ensures maximum indoor air quality. The insulation is not harmful to the environment or public health, and it is resistant to moulds, fungi and wood-destroying insects. The insulation in the construction should be properly protected (vapourproof foil, suitable protection against dust)

Lambda λ_D = 0,030 (W·m^-1·K^-1)

Insulating slabs made of Isover fibreglass wool. The production method is based on the fibering of glass melt and other 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 should be protected suitably against the weather effects (outer cassette sheathing, diffusion and vapour-proof foil).

Lambda λ_D = 0,035 (W·m^-1·K^-1)

Insulation slabs made of ISOVER fibreglass wool. The production is based on defibration of melt of glass and other additives and ingredients. Produced mineral fibres are then shaped into slabs on the production line. Fibres are made water-repellent on their entire surface. Slabs in construction have to be protected suitably (steam protection foil, protection from dust settling, other layers of construction).

Lambda λ_D = 0,041 (W·m^-1·K^-1)

Insulating slabs made of ISOVER mineral 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 slab shape on the production line. The entire fibre surface is hydrophobic and the fibres are perpendicular to the wall plane. The slabs in the construction have to be protected suitably (layers of the contact wall insulation system).

Lambda λ_D = 0,040 (W·m^-1·K^-1)

Insulating slabs with bevelled edges are made of ISOVER mineral 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 slab shape on the production line and the edges are then trimmed by bevelling of 15 mm at a 45° angle. The entire fibre surface is hydrophobic and the fibres are perpendicular to the wall plane.

Lambda λ_D = 0,033 (W·m^-1·K^-1)

Pitched roof - insulation below, between and above the rafters Floor, ceiling and suspended ceiling - Attic floor insulation non-accessible variant - Suspended ceiling insulation - Joint ceiling insulation