Nexler - Most + bridge roofing felt

Papa Nexler MOST + is designed to perform single-layer waterproofing on concrete bridge structures: road and rail, primarily on platform slabs, followed by mechanical vehicle movement. Nexler roofing insulation can be laid on other traffic constructions, including underground constructions.

Application

• For single-layer waterproofing on concrete bridge structures.
• Nexler roofing insulation can also be laid on other communication structures, including underground structures.

Laying method

• Apply by welding after impregnating the substrate with a specialized primer.

Conditions of use

• Insulation work should be carried out in good weather, with an ambient temperature above +5 C;
• Do not carry out insulation work during strong winds and precipitation in atmospheric conditions;
• The insulation is laid on a sufficiently strong, dry, clean, level and smooth surface;
• Insulation from Nexler roofing felt should be made by gluing one layer of roofing felt on a cement concrete base with a prime primer;
• Rolls of roofing felt should be protected from getting wet, direct sunlight and sources of heat;
• Transport and store roofing paper in an upright position in one layer; secured against falling over and mechanical damage.

Technical data

• Type of warp: polyester knitted fabric
• Type of topping: coarse
• Asphalt type, roofing felt flexibility: SBS modified, -20 C
• Visible defects: no visible defects
• Length: 10.0 0.1 m, other lengths allowed
• Width: 1.00 0.01 m
• Number on the pallet: 12 rolls (120 m2)
• Thickness: ≥ 5.0 mm
• Dimension stability in: ≤ 0.5%
• Watertightness: watertight
• Water tightness: water absorption: ≤ 0.3%
• Tensile properties: maximum tensile force:
• direction along: 1250 150 N / 50mm
• direction across: 950 150 N / 50mm
• Tensile properties: elongation:
• direction along: (55 15)%
• direction across: (60 15)%
• Adhesion: ≥ 0.5 N / mm2
• Shear strength: ≥ 0.16 N / mm2
• Compatibility in thermal tests: ≥ 100%
• Crack bridging ability: Type 3 Meets requirements at -10 C
• Heat shock resistance - thickness change: ≤ 0.8 mm
• Resistance to perforation (compaction): meeting requirements
• Durability:
  
  • water absorption: ≤ 0.3%
  • resistance to thermal aging as flexibility:
    (-15 5) C.
  • resistance to flow at elevated temperatures:
    (100 10) C.
  • compatibility ≥ 100%
• Flexibility: ≤ -20 C
• Hazardous substances: does not contain asbestos, nor an ingredient in coal tar
• Compliance with: PN-EN 14695: 2012