DESCRIPTION
ProTherm XPS Layer is used to compliment the thermal performance of ProTherm Quantum VIP Panels, and as a packer board to achieve a required height in ProTherm Quantum ‘Hybrid’ systems.
For use in the ProTherm Quantum VIP Insulation System installed over any BBA Certified Inverted roofing systems.
ProTherm XPS Layer is a rigid, closed cell type Extruded polystyrene board with integral high density skin. ProTherm XPS Layer has a Zero Ozone Depletion Potential (ODP), a Global Warming Potential (GWP) of less than 5 and an A rating in accordance with the Green Guide to Specification.
APPLICATION
Apply ProTherm XPS Layer parallel to roof perimeter long edges. Stagger end joints.
Lay ProTherm XPS Layer with edges in moderate contact without forcing.
Cut ProTherm XPS Layer to fit neatly to perimeter blocking and around penetrations through roof, when using a 2nd layer stagger joints of insulation from first layer.
Cut ProTherm XPS Layer to create an opening large enough to accommodate the installation of either a domical or flat grate into a flanged rainwater outlet.
Apply no more ProTherm XPS Layer than can be covered with aggregate ballast/concrete roof pavers/green roofing in the same day.
Keep ProTherm XPS Layer minimum 75mm from heat emitting devices, and minimum 50mm from sidewalls of chimneys and vents.
| Description | Value |
| Appearance | Grey Skin |
| Board Thickness Single Layer | 30/40/50/80/100/120/130/140
/160/180/200/205mm |
| Board Thickness Double Layer | 60 (30+30), 70 (30+40), 90 (40+50) |
| Board Width | 600mm |
| Board Length | 1250mm |
| Edge profile | Shiplap* |
| Thermal Conductivity | 0.030 W/mK ≤120mm (1)Declared value 0.031 W/mK >120mm Declared value |
| Thermal Conductivity | 0.031 W/mK ≤120mm* (1) Design value 0.032 W/mK >120mm Design value |
| Compressive strength at 10% compression | 300 kPa |
| Compressive creep max. after (50 years) < 2% derformation under stress |
130kPa |
| Delivery | Shrunk wrapped on a pallet, quantity depending on board thickness |
* Panel to be cut to required infill size.15mm shiplap edge, rebated on all 4 sides.
(1) Declared thermal conductivity λD according to EN 13164 (§ 4.2.1; Annex A; Annex C.2 and C.4.1)
| Downloads |
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| Brochure |
| DOP |
| PDS |
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