SiloTreat Stone S+
Description
SiloTreat® Stone S+ is a deep impregnator, part of the complete protection system for natural stone materials.
SiloTreat® Stone S+ penetrates deeply.
The product is resistant to alkaline environments and is unaffected by climatic conditions.
SiloTreat® Stone S+ creates a vapor-permeable and colorless impregnation that does not alter the appearance of the treated stone surface.
The deep impregnator significantly reduces the absorption of water and soluble salts.
SiloTreat® Stone S+ increases the surface durability of stone subjected to prolonged freeze-thaw cycles.
For best results, it is recommended to use the deep impregnator SiloTreat® Stone S+ before applying SiloTreat® Stone BE, as part of a complete protection system for natural stone materials.
SiloTreat® Stone S+ penetrates deeply.
The product is resistant to alkaline environments and is unaffected by climatic conditions.
SiloTreat® Stone S+ creates a vapor-permeable and colorless impregnation that does not alter the appearance of the treated stone surface.
The deep impregnator significantly reduces the absorption of water and soluble salts.
SiloTreat® Stone S+ increases the surface durability of stone subjected to prolonged freeze-thaw cycles.
For best results, it is recommended to use the deep impregnator SiloTreat® Stone S+ before applying SiloTreat® Stone BE, as part of a complete protection system for natural stone materials.
Areas of application
- Facade claddings of porous natural stone
- Exterior flooring of porous natural stone (paving, verandas, terraces, stairs, squares)
- Cultural monuments
Application method
- Apply SiloTreat® Stone S+ using airless spray guns (HVLP).
- Apply the product continuously in successive horizontal lines from bottom to top without overlapping.
- The product must be protected from liquid contact for at least 4 hours after application.
- SiloTreat® Stone S+ should not be applied with a brush.
Consumption
- Porous natural stone
- 150 - 200 ml./m2*
*Average consumption rate - the indicated quantities are indicative, as the consumption rate for each specific application depends on the absorption capacity of the surface.
