Isover Tram EPS
Structural beams for Isover X-Tram rafter insulation system (consumption 1.5 pcs/m2), Isover Double Tram under rafter insulation system and the Isover StepCross system (consumption 1.2 pcs/m2).
Structural beams for Isover X-Tram rafter insulation system (consumption 1.5 pcs/m2), Isover Double Tram under rafter insulation system and the Isover StepCross system (consumption 1.2 pcs/m2).
Product characteristics
Isover Tram EPS is made of polystyrene foam. Expanded polystyrene is a light and rigid organic foam that is widely used in the European construction industry, especially as thermal insulation. EPS Isover insulation boards are manufactured using the latest technologies without CFC and HCFC (known as CFCs). Modern technology ensures constant quality and minimum energy consumption of production, which ensures an excellent price/performance ratio for the boards. All Isover EPS boards are produced in a self-extinguishing design with increased fire safety.
Usage
Isover Tram EPS products are exclusively intended for pitched roof constructions and for the insulation system above the rafters, where they create horizontal strips that are necessary for self-assembly. A detailed description of use is shown in the pitched roof catalog.
Packaging, transport, storage
Isover Tram EPS insulating beams are packed in a bundle by strapping. Beams must be transported and stored under conditions that exclude their deterioration. Do not store in direct sunlight for a long time according to the conditions specified in current price list.
Key Facts
- very good thermal insulation capabilities
- excellent mechanical properties
- minimum weight
- easy processing
- long life
- ecological and health safety
- permanent moisture resistance
- biological neutrality
- economic advantage
Product variations
| Height (mm) | Length x Width (mm) | Packaging (pcs) | Thermal resistance RD (m2·K·W-1) |
|---|---|---|---|
| Height (mm)100 | Length x Width (mm)1000 × 100 | Packaging (pcs)25 | Thermal resistance RD (m2·K·W-1)2,85 |
| Height (mm)120 | Length x Width (mm)1000 × 100 | Packaging (pcs)20 | Thermal resistance RD (m2·K·W-1)3,40 |
| Height (mm)140 | Length x Width (mm)1000 × 100 | Packaging (pcs)15 | Thermal resistance RD (m2·K·W-1)4,00 |
| Height (mm)160 | Length x Width (mm)1000 × 100 | Packaging (pcs)15 | Thermal resistance RD (m2·K·W-1)4,55 |
| Height (mm)200 | Length x Width (mm)1000 × 100 | Packaging (pcs)10 | Thermal resistance RD (m2·K·W-1)5,70 |
| Height (mm)240 | Length x Width (mm)1000 × 100 | Packaging (pcs)10 | Thermal resistance RD (m2·K·W-1)6,85 |
| Height (mm)260 | Length x Width (mm)1000 × 100 | Packaging (pcs)5 | Thermal resistance RD (m2·K·W-1)7,40 |
| Height (mm)280 | Length x Width (mm)1000 × 100 | Packaging (pcs)5 | Thermal resistance RD (m2·K·W-1)8,00 |
| Height (mm)300 | Length x Width (mm)1000 × 100 | Packaging (pcs)5 | Thermal resistance RD (m2·K·W-1)8,55 |
| Height (mm)320 | Length x Width (mm)1000 × 100 | Packaging (pcs)5 | Thermal resistance RD (m2·K·W-1)9,10 |
| Height (mm)340 | Length x Width (mm)1000 × 100 | Packaging (pcs)5 | Thermal resistance RD (m2·K·W-1)9,70 |
| Height (mm)360 | Length x Width (mm)1000 × 100 | Packaging (pcs)5 | Thermal resistance RD (m2·K·W-1)10,20 |
| Height (mm)400 | Length x Width (mm)1000 × 100 | Packaging (pcs)5 | Thermal resistance RD (m2·K·W-1)11,40 |
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