Mapeproof 1K Turbo - One component, solvent free, moisture curing and rapid drying polyurethane surface membrane with very low emission of volatile organic compounds
by Mapei
Single component, solvent-free, moisture curing polyurethane surface membrane with very low emission of volatile organic compounds (V.O.C.) for waterproofing and consolidating cementitious screeds, no mixing, no waste.
CONSUMPTION: 50m2 per 10kg (200g per m2) approx.
APPLICATION: by brush or roller.
WHERE TO USE
On cementitious screeds, which are not subject to rising damp, but have a residual humidity content higher than the British Standards recommended 75% R.H. (BS8203) for laying resilient and wood flooring.
Some application examples:
- Consolidating cementitious screeds which are mechanically weak.
- Prior to laying wooden flooring, to prevent a failure due to excessive residual moisture in the cementitious screed.
Specification Details for Mapeproof 1K Turbo - One component, solvent free, moisture curing and rapid drying polyurethane surface membrane with very low emission of volatile organic compounds (Flooring Surface Treatments)
Please note that these product properties are not a replacement for the manufacturer's literature and it is always recommended that Mapei is consulted before specifying.
Technical
|
||
| Application Temperature (?) | 5 - 35 °C | |
| Dynamic viscosity (?) | 300 mPas | |
| Exposure Category (?) | Floors & Accessories | |
Commercial
|
||
| Typical Use (?) | Consolidating cementitious screeds which are mechanically weak | |
Materials & Finishes
|
||
| Colour (?) | Brown | |
Other
|
||
| Uniclass (?) | Pr_35_31_85 Specialist coatings | |
Certifications & Ratings
|
||
| CE Marking (?) | ||
| Certifications (?) | GEV | |
Physical Properties
Size & Weight
|
||
| Density (?) | 1200 Kg/m3 | |
Looking for specific information on the sustainability credentials of this product?
File Downloads for Mapeproof 1K Turbo - One component, solvent free, moisture curing and rapid drying polyurethane surface membrane with very low emission of volatile organic compounds
Contact
Contact
Contact
