This extremely tear-resistant roofing membrane is highly reliable, as it impresses with proven longevity. This provides fully-insulated pitched roofs – whether with or without formwork – with long-term protection. The reinforced fabric of the breathable membrane ensures its high tear resistance. It can withstand the toughest weather conditions!
In addition, the membrane was also developed specifically for large batten widths and offers a high level of safety during application.
New from 01/01/2023
DELTA-XX PLUS® STRONG corresponds with DIN 4426 with large-format tiles.
The new DELTA-XX PLUS® family
Whether it is ventilated or unventilated pitched roof structures with or without formwork – DELTA-XX PLUS® STRONG is suitable for a wide range of applications. In addition, the membrane can also be used as temporary roofing for up to four weeks, giving the roof reliable protection against the elements during the construction phase. The roofing membrane can also be used as a base layer under metal roof coverings, fibre cement panels or slate, as well as façade membrane behind ventilated cladding with closed joints.
Material | Multi-layer roofing membrane from tear-resistant, breathable combination of PP spun-bonded fabrics, fabric reinforcement and PU functional layer. With integrated self-adhesive strips. |
Reaction to fire | E (EN 13501-1) |
Fire index no. | 5.2 (VKF) |
Tensile strength | approx. 500/500 N/5 cm (EN 12311-1) |
Watertightness | Class W1 (EN 1928) |
Sd-value | approx. 0,08 m (EN ISO 12572) |
Servicetemperature range | -40°C to +80°C |
Short-term maximum temperature resistance of material (< 8h / day) | to +100°C |
UV-related outdoor weathering duration | 12 weeks |
Temporary roofing function | 4 weeks |
Resistance against driving rain | passed (Driving rain test for lining and underlay sheeting – TU Berlin) |
Enhanced ageing resistance requirements | passed (ZVDH product data sheet , table 1) |
Weight | approx. 180 g/m² |
Roll weight | approx. 14 kg |
Dimensions | 50 m x 1,50 m |
CE conformity | EAD 030218-01-0402 / EN 13859-2 |