PU-XSEAL

Waterproofing

PU-XSEAL

PU-XSEAL

One-Component Hybrid Elastomeric Polyurethane Waterproofing Coating

hahne PU-XSEAL is a high-performance, highly elastic, liquidapplied waterproofing membrane based on polyurethane-modified acrylic technology. Its flexible polymeric membrane accommodates movement in the substrate and forms a seamless waterproofing layer suitable for a wide range of construction applications. The product is designed for waterproofing and protecting exterior surfaces, roofs and other suitable substrates.

PU-XSEAL Waterproofing Coating
  • Seamless liquid-applied waterproofing membrane.
  • High elasticity and flexibility to accommodate substrate movement.
  • Good crack-sealing and crack-bridging capability.
  • Weather and UV resistant.
  • Suitable for exterior waterproofing applications.
  • Solvent-free and easy to apply.
  • Provides a durable, maintainable waterproofing surface.
  • Exposed concrete slab roofs and other roof surfaces.
  • New and existing roofs and walls.
  • Car porch roofs and similar trafficable areas where the system design permits.
  • Fiber cement boards.
  • Metal surfaces.
  • Fire walls and other suitable exterior waterproofing applications.
Property Test Method Result
Density ASTM D 1475-2013 1.30 ± 5 g/cc
Non-Volatile Content (Solid Content) ASTM D 6511-2018 55 ± 2 %
Tensile Strength ASTM D 412-2016 ≥ 2 N/mm²
Elongation at Break ASTM D 412-2016 ≥ 300 %
Tear Strength ASTM D 624-2000 > 10 N/mm
Crack Bridging Ability EN 1062-7(A)-2004 3 mm
Puncture Resistance ASTM E 154-2008 > 30 N
Shore A Hardness ASTM D 2240-2015 > 60
Pull-off Adhesion Strength to Concrete ASTM D 7234-2022 ≥ 1.5 N/mm²
Average Adhesion in Peel after Water Immersion ASTM C 794-2018 > 7 N
Depth of Water Permeability @ 5 Bar EN 12390-8-2019 Nil
Water Absorption, 24 Hrs. ASTM D 570-2022 < 15 %
VOC Content IS 101: Part 2, Sec 3: 2015 < 50 g/Ltr.
Water Vapour Transmission Rate ASTM D1653-2013 40 g/m²·Day
Dynamic Crack Bridging Ability @ -26°C ASTM C 1305-2025 Pass
Root Resistance CEN-TS-14416-2014 No Penetration