ULTRATHANE

One component moisture curing liquid polyurethane membrane

TECHNONICOL ULTRATHANE is a one component moisture curing liquid made up from pure polyurethane, which once cured forms a continuous elastic membrane, without any joints, overlapping or any integrated mesh required. It can be applied by brush, squeegee, roller, or airless spray. Roller application is necessary for reinforced systems.

The product is available in Grey, White, other requested colors.

AREA OF APPLICATION:

Waterproofing systems with or without reinforcement for:

  • Roofs, terraces, and balconies.
  • Tanks, channels, pipelines.
  • Renewing old membranes.
  • Parking and sport areas.
  • Wet areas.
  • Bridge decks, overpasses, and podiums.

MAIN CHARACTERISTICS:

PropertiesPerformance
Specific weight UNI EN ISO 2811-1 1.40± 0,07 g/ml
Viscosity at 20°C UNI EN ISO 2555 4,000 ± 1,000 mPa.s
Solid content EN ISO 3251 90±1%
Chemical resistance Good resistance against acidic and alkali solutions, detergents, oils and sea water
Curing at 20°C, 50% R.H.

The product is moisture curing. The rapidity of hardening is strongly influenced by relative environmental humidity.
The speed of reaching the "dry to the touch" condition depends on the amount of ACCELERANT:
- dry to the touch 6-8 hours
- insensitive to rain 4 hours
- over-application 24 hours
- completely cured 7 days
Hardening at 20°C, 35 % R.H.
+3 % ACCELERANT
+5 % ACCELERANT
+10 % ACCELERANT

4 hours
3 hours
2 hours
Do not exceed the indicated amount of ACCELERANT, otherwise the product will not harden.
Capillary absorption and permeability to water EN ISO 1062-3 < 0.1 kg/m2 ∙ h0.5
Adhesion to concrete EN 1542 > 2.0 MPa
Crack bridging EN 1062-7 >2mm
Adhesion to green concrete EN 13578 No swelling, no cracks, no spalling
Tensile strength UNI EN 12311-2 4-6 MPa
Elongation at failure UNI EN 12311-2 >450%
Shore A Hardness EN ISO 868 70
Liquid applied waterproofing products to be used under the ceramic tiles, glued with adhesives Initial membership Adhesion after immersion in water UNI EN 14891 > 0.5 MPa
> 0.5 MPa