0.5 kg/m² of plasterboard wall, i.e. +/- 49 m² for a 25 kg bucket.
Density
1,7 +/- 0,1 kg/l
Solid Content
Solid content by mass: 70%
Solid content by volume: 49%
Application conditions
+5°C to +35°C
Max. relative humidity 70%
pH
8 +/- 1
Cleaning tools
With water
Drying
24 h on average, depending on application thickness, temperature, ventilation, humidity and substrate type. Sanding and recoating: after complete drying.
Recommended thicknesses
Min. thickness: 0,3 mm
Max. thickness: 3 mm
CHARACTERISTICS
Ready to use
Easy to apply.
Outstanding adhesion.
Very good spreading power.
Excellent adhesion to jointing tape.
Easily sanded.
Fire rating: A2-s1, d0 as per European standard EN 13501-1.
Classification: group III class 2 as per AFNOR NF T 36-005, compliant with the standards AFNOR NF T 30-608 and EN NF 13963.
PACKAGING AND STORAGE
25 kg plastic bucket.
Shelf life is 9 months in unopened original packaging, protected from frost and extreme heat.
ENVIRONMENTAL INFORMATION
VOC content: < 1 g/l.
Indoor Air Emission Class
METHOD OF APPLICATION
Substrates:
Plasterboard.
Preparation of substrate:
The substrates, preparatory work and application conditions must be compliant with applicable building trade regulations (e.g. DTU) and standards.
The plasterboard must be fixed and compliant with DTU 25-41.
Application tips:
Stir before use, if necessary.
Plaster over any screw heads.
Manual or machine application with a high pressure pump, with nozzle sizes 531 to 535.
Manual application with Bazooka or supplied by high pressure pump (APLA-TECH system) possible.
Manually plaster the feathered plasterboard section with Alltekjoint 2010, then press on the jointing tape with the same plaster. Fill the joint mechanically using a loaded Bazooka and press down the tape with a plastering knife.
After drying, skim once or twice manually or mechanically with the finishing attachments.
Sanding with grain size 100 to 150
Recommendations:
Applying Alltek Sprayplast equalizes differences in absorption between the paper covering of the plasterboard and the plaster. It reduces inequalities and visible surface variables when viewed at oblique angle.
