Remote image
ISOVER LAM 50
<p>Lambda λ<sub>D</sub> = 0,041 (W·m<sup>-1</sup>·K<sup>-1</sup>)</p>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.)
Read more
Read less
Image
SVT Code
8810
Product
ISOVER LAM 50
<p>Lambda λ<sub>D</sub> = 0,041 (W·m<sup>-1</sup>·K<sup>-1</sup>)</p>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.)
Read more
Read less
Large-format lamellas can fully replace standard slabs, that are mostly used in flat roof insulation systems. Due to their unique properties, they meet obligations to mechanical resistance with much less densities than regular slabs. They can be used as bottom or middle layer into multiple layer systems. It is necessary to combine them with covering top layer e.g. ISOVER S (or others). For safe rainwater transport, there is a suitable combination with gravity flow systems ISOVER SD and ISOVER DK as well as with ISOVER AK attic wedge blocks which help to change the horizontal direction of the waterproofing into the perpendicular direction.
Key Facts
- significant lower weight than slabs, that implies less demands on the roof construction statics
- better and simpler workability
- keeping mechanical properties as using slabs
- fully compatible with ISOVER fire-rating assurance
- low vapour resistance - good water vapour penetrability
- environmentally friendly and hygienic
- completely hydrophobic
- long life span
- resistant to wood-destroying pests, rodents, and insect
- easy workability - can be cut, drilled into, etc.
Product variations
| Thickness (mm) | Palette (m2/PAL) | Thermal resistance (m².K/W) | Length x Width (mm) |
|---|---|---|---|
| Thickness (mm)100 | Palette (m2/PAL)28,08 | Thermal resistance (m².K/W)2,40 | Length x Width (mm)2000 X 360 |
| Thickness (mm)110 | Palette (m2/PAL)25,92 | Thermal resistance (m².K/W)2,65 | Length x Width (mm)2000 X 360 |
| Thickness (mm)120 | Palette (m2/PAL)23,76 | Thermal resistance (m².K/W)2,90 | Length x Width (mm)2000 X 360 |
| Thickness (mm)130 | Palette (m2/PAL)21,6 | Thermal resistance (m².K/W)3,15 | Length x Width (mm)2000 X 360 |
| Thickness (mm)140 | Palette (m2/PAL)19,440 | Thermal resistance (m².K/W)3,40 | Length x Width (mm)2000 X 360 |
| Thickness (mm)150 | Palette (m2/PAL)17,28 | Thermal resistance (m².K/W)17,28 | Length x Width (mm)2000 X 360 |
| Thickness (mm)160 | Palette (m2/PAL)17,28 | Thermal resistance (m².K/W)3,90 | Length x Width (mm)2000 X 360 |
| Thickness (mm)180 | Palette (m2/PAL)15,12 | Thermal resistance (m².K/W)4,25 | Length x Width (mm)2000 X 360 |
| Thickness (mm)220 | Palette (m2/PAL)12,96 | Thermal resistance (m².K/W)5,35 | Length x Width (mm)2000 X 360 |
| Thickness (mm)240 | Palette (m2/PAL)10,8 | Thermal resistance (m².K/W)5,85 | Length x Width (mm)2000 X 360 |
| Thickness (mm)300 | Palette (m2/PAL)8,64 | Thermal resistance (m².K/W)7,30 | Length x Width (mm)2000 X 360 |