Silicate façade coating for the efficient mineralisation of synthetic resin-coated façade surfaces and ETICS (external thermal insulation composite systems).
Can be used universally for renovating synthetic resin-bonded facade surfaces, old, firmly adhering old emulsion paints and synthetic resin plasters.
Silicate façade coating for the efficient mineralisation of synthetic resin-coated façade surfaces and ETICS (external thermal insulation composite systems).
Can be used universally for renovating synthetic resin-bonded facade surfaces, old, firmly adhering old emulsion paints and synthetic resin plasters.
Substrate and preparation
Stir and sieve thoroughly before use to remove dried paint particles from the edge of the bucket or lid. All surfaces must be prepared professionally in accordance with VOB Part C DIN 18363 or the BFS data sheets. Holes and chippings must be repaired with a suitable material with the same structure and must be completely dry before further processing. Unsafe substrates must be assessed individually and sample areas created for the coating structure.
Unsuitable substrates:
Wood and wood-based materials, clay, plaster, plastics, substrates on which water cannot run off and dry well, surfaces exposed to salt, generally non-load-bearing substrates, as well as glossy and plasto-elastic substrates.
Processing
By adding water, the coating is adjusted to the application and substrate as required. Adjust the base coat with approx. 10 % water, the top coat after 12 hours with approx. 5 % water. LEINOS UniverSil Fine Facade Paint is applied in at least 2 coats.
A further coat is recommended on façade surfaces with increased weather exposure. Coat with a brush, roller or airless sprayer. For contiguous surfaces, it is essential to apply a thin coat without overlaps, evenly and crosswise.
Drying time
Process for at least 12 hours per coat, not below +8 °C. Do not apply LEINOS UniverSil Facade Paint in direct sunlight or on heated substrates. Protect fresh coats from rain.
Consumption
Average coverage approx. 130 ml/m² on smooth, normally absorbent substrates.
