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MINERAL GLASS WOOL URSA
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URSA GLASSWOOL® creates the optimum preconditions for a pleasant indoor climate. The excellent insulation properties of the mineral fibres store heat where it’s needed. URSA GLASSWOOL protects against annoying noise and, as a fire class A insulation material, it considerably reduces the risk of fire.
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Ultra light felt from mineral glass wool, compressed at proportion 1:5
Thermo- and noise-insulation at basis resting (padding) and as a filling (loose) for ceilings and other constructions
heat conductivity ratio according to BDS ÁÄÑ EN 13162 λ = 0.045 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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Light felt from mineral glass wool, compressed at proportion 1:5
Thermo- and noise-insulation of slop roofs and as a filling (loose) for ceilings and other constructions, including at the industry and shipbuilding
heat conductivity ratio according to BDS EN 13162 λ = 0.040 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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Elastically deforming felt from mineral glass wool (i.e. stretching and self-staying) unilateral marked with 2 parallel lines for easier cutting out when width filling the light spaces (volumes) between beams. Compressed at proportion 1:5
Thermo- and noise-insulation of slop roofs, laid between the beams without additional fixing, insulation of wood walls and other wood constructions
heat conductivity ratio according to BDS EN 13162 λ = 0.040 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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Elastically deforming felt from mineral glass wool (i.e. stretching and self-staying) unilateral marked with 2 parallel lines for easier cutting out when width filling the light spaces (volumes) between beams. Compressed at proportion 1:4
Thermo- and noise-insulation of slop roofs, laid between the beams without additional fixing, additional insulation under the beams, insulation of wood walls and other wood constructions.
heat conductivity ratio according to BDS EN 13162 λ = 0.035 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
linear resistance against air flow: r > 13 kPa s/m2
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Self-carriage light insulating felt from mineral glass wool, compressed at proportion 1:5
Thermo- and noise-insulation of light precast barrage walls with metallic under-construction and plasterboard. The barrage walls with plasterboards of different kinds are tested for noise-insulation and fire-resistance (REI F30, F90). The fire-resistance of the walls is between 30 and 90 minutes.
heat conductivity ratio according to BDS EN 13162 λ = 0.040 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
linear resistance against air flow: r > 5 kPa s/m2
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Light insulating panels from mineral glass wool, compressed at proportion 1:3
Thermo- and noise-insulation of dry-building constructions, suspension ceilings, slop roofs and other constructions including at the industry and shipbuilding
Heat conductivity ratio according to BDS EN 13162 λ = 0.040 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
linear resistance against air flow: r > 5 kPa s/m2
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Self-carriage light hydrophobic insulation panels from mineral glass wool, compressed at proportion 1:2.5
Thermo- and noise-insulation of walls, ventilating facades of low buildings with weak ventilation and other constructions, including at the industry.
Heat conductivity ratio according to BDS EN 13162 λ = 0.040 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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Acoustic insulation panels from mineral glass wool, unilateral masked with black glass veil.
Thermo- and noise-insulation of dry-building constructions, acoustic and other suspension ceilings .
Heat conductivity ratio according to BDS EN 13162 λ = 0.038 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
linear resistance against air flow: r > 5 kPa s/m2
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Facade and hydrophobic insulation panels from mineral glass wool
Thermo- and noise-insulation of ventilating facades of low buildings with weak ventilation.
Heat conductivity ratio according to BDS EN 13162 λ = 0.035 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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Facade hydrophobic insulation panels from mineral glass wool, unilateral masked with white glass veil
Thermo- and noise-insulation of suspension ventilating facades of buildings without height restriction
Heat conductivity ratio according to BDS EN 13162 λ = 0.035 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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Self-carriage insulation panels from glass wool - hydrophobic
Thermo- and noise-insulation of suspension ventilating facades buildings without height restriction and noise-insulation of other constructions.
Heat conductivity ratio according to BDS EN 13162 λ = 0.034 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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Self-carriage hydrophobic insulation panels from glass wool, unilateral masked with white glass veil
Thermo- and noise-insulation of suspension ventilating facades buildings without height restriction and noise-insulation of different constructions.
Heat conductivity ratio according to BDS EN 13162 λ = 0.034 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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Floor insulation panels from mineral glass wool
Uses for thermo- and noise-insulation from footstep sound at floating floors of reinforced concrete constructions
Heat conductivity ratio according to BDS EN 13162 λ = 0.033 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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Heavy floor insulation panels from mineral glass wool
Uses for thermo- and noise-insulation from footstep sound at floating floors of heavy-duty buildings
Heat conductivity ratio according to BDS EN 13162 λ = 0.033 W/mK
non-flammable according to SIST EN 13501-1 (A1), DIN 4102 (À2), BDS
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