Levelling plaster TSL
Product description
Fescoterm Levelling Plaster is a polymer-modified, cement-based plaster with a maximum grain size of 0.6 mm.
Levelling plaster for the surface of thickly plastered prefabricated element.
Applications
Used on-site as a levelling plaster for prefabricated elements thick-layer plastered at the factory. The levelling plaster provides a level layer with even absorption underneath the coating.
The product is listed in the portal for building products that can be used in Nordic Swan Ecolabelled buildings.
Vinkki! Vieritä taulukkoa sivuttain
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6416841203106
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Levelling plaster TSL
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20310
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25 kg
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Refer to the bag for how much water the plaster requires. Add the dry material to the water and mix with a power mixer or a drill paddle for around one to two minutes. Allow the mixture to stand for around ten minutes and mix it again for a short while. Find the correct consistency at this stage by gradually adding the rest of the water. We do not recommend adding all of the water right at the start. The finished plaster remains workable for around two hours.
After the element joints have been filled, remove any trowel marks, repair the dents and level the surface by sanding or with plaster depending on the case.
After dust has been removed, spread a 5-10 mm layer of Levelling Plaster and smooth it to suit the coating.
Depending on the conditions, the coating work can be started after 3-5 days.
Waste handling
Storage and handling of waste. See the separate storage and disposal instructions https://www.fescon.fi/en/material-bank
| Material usage |
approx. 1,6 kg/m²/layer |
| Water requirement |
6.9-7.3 l/25 kg |
| Finished compound |
13 - 14 l / 25 kg |
| Colour |
grey |
| Maximum grain size |
0.6 mm |
| Package size |
25 kg |
| Storage |
in a dry location approx. 1 year |
| Lowest usage temperature |
+ 5°C |
| Workability time |
2 h |
| Compressive strength |
< 10 MPa |
| Adhesion strength |
> 1 MPa |
| Fire class |
A2 |
The information is based on tests and practical experience. We cannot affect conditions at the work site so we cannot assume responsibility for the end result affected by local conditions.