Rough paste putty for fine smoothing.
High filling power, can be sanded and is elastic. It is a white paste and is applied with a spatula. The drying rate depends on the thickness of the layer applied and the absorption capacity of the treated surface.
Ready to use product for smoothing and filling wood and walls.
Store the product at temperatures no lower than 5°C out of direct sunlight, taking care to reclose partially used containers.
The empty jar and washing residue of the used equipment must be disposed of, according to local regulations in force.
Ready to use product
In normal temperature conditions (22°C) and relative humidity (60%), the surface is dry to the touch in 2÷3 hours and can be painted over after 18 hours.
Use at ambient temperatures between 5°C and 30°C.
CYCLE: Roll out the dough with the help of a spatula. After drying, it is possible to proceed with a finishing operation with sandpaper of different grains, in order to obtain a perfect surface.
Once the smoothing is complete and after having sanded any imperfections, the treated surface is ready for a fixative and insulating treatment before the further painting phase.
WARNINGS: Do not apply layers with a thickness exceeding 3 mm.
NOTE: Ideal environmental conditions: temperature: min. +8°C - max +35°C relative humidity<75%.
Ideal substrate conditions: temperature: min. +5°C - max +35°C - humidity<10%.
It is recommended to apply the product in favourable climatic conditions as indicated.
Keep the product out of the reach of children.
in favourable climatic conditions as indicated. Applying the product in unsuitable environmental conditions, negatively affects the drying time, compromising the optimal result of both the aesthetic characteristics and its performance.
Do not apply on fresh and alkaline substrates; wait for it to cure (generally four weeks).
Use in a well-ventilated area.
CIPIR ensures that the information is provided to the best of its experience and technical-scientific knowledge; nevertheless, it cannot assume any responsibility for the results obtained as application conditions are beyond its control.