Nexler - asphalt roofing felt with Superdach 20

Traditional, highly-modified SBS roofing felt, used for single-layer insulation of wooden sloping roofs. Mechanically fastened with roofing staples or roofing nails.

Application

The product is used for waterproofing on steep roofs, on wooden substrates made of boards or OSB boards as an independent single-layer insulation and as a base layer under discontinuous roof coverings such as weave roof, weave metal sheets, bituminous shingle, etc. It can be used as a top layer in coverings multi-layer, consisting of traditional roofing felt, including for single-layer renovation of such roofs. Roofing felt as insulation for discontinuous roofing with a minimum slope of 14 (25%), for independent insulation, it is intended for roofs with a minimum slope of 20 (36.4%).

Technical data

• warp type: polyester woven reinforced with glass threads
• a type of fine-grained sprinkle
• type of asphalt, felt flexibility: modified SBS, -20 C
• length 10 m
• width 1 m
• straightness ≤ 20 mm per 10 m of felt length
• thickness (2.6 0.3) mm
• dimension stability in ≤ 0.5%
• number on the pallet 24 rolls (240 m ² ) - 10 m roll
• reaction to fire class E
• resistance to external fire F _roof
• watertightness - watertight at a pressure of 10 kPa (method A)
• resistance to running off at elevated temperatures ≥ 100 ° C
• tensile force: along 600 N / 5 cm; across 400 N / 5 cm
• resistance to static load ≥ 5 kg (method A)
• impact resistance ≥ 250 mm (method A)
• tear strength (nail): longitudinal direction 200 100 N; transverse direction 200 100 N
• joint strength: peeling off - longitudinal lap 60 50 N / 50 mm; transverse overlap 60 50 N / 50 mm
• joint strength - shear: longitudinal lap 250 150 N / 50mm; transverse overlap 500 200 N / 50mm
• durability - resistance to running off at high temperatures (100 10 C)
• low temperature flexibility ≤ -20 C
• Hazardous Substances: Does not contain asbestos or an ingredient in coal tar
• compliance with the EN 13707: 2004 + A2: 2009 standard (PN-EN 13707 + A2: 2012)