SCALP MINERALISANT 95 strengthens substrates like natural limestone and siliceous stone, brick, concrete and mineral coatings. Humidity and air pollution damage walls, façades and floors, causing their natural bond to break down, hence the need to have these mineralised and strengthened.
As an impregnation product, this strengthener does not alter the appearance of the substrate, but rather durably hardens and solidifies it. The treated substrate can be restored by applying SCALP MINERALISANT 95.
Step 1
Mix SCALP MINERALISANT 95 well.
Step 2
Apply SCALP MINERALISANT 95 from the base upwards until saturation of the surface on a clean and dry surface in two coats at a minimum of 15 minutes interval.
Step 3
Allow the surface to strengthen for about ten days before possible water repellent treatment.
Discover SCALP MINERALISER 95, a powerful mineralizer designed to strengthen surfaces both indoors and outdoors. With consolidating properties, it acts effectively on various substrates such as natural limestone and siliceous stones, bricks, concretes and mineral coatings. Applicable on facades, walls and floors, it combats the harmful effects of moisture and air pollution that gradually alter the natural binder of these materials.
One of the major advantages of SCALP MINERALIZING 95 lies in its ability to restore and protect these surfaces, thus contributing to their long-term preservation. Acting as an effective barrier against harmful environmental factors, it prevents premature deterioration of materials, thus avoiding their progressive degradation.
This mineralizer is particularly suitable for a multitude of applications, including facades of buildings, historical monuments, as well as soils composed of raw materials or subject to degradation. Its use is therefore recommended in various contexts where protection and consolidation of surfaces are essential.
By opting for SCALP MINERALIZING 95, you not only ensure the preservation of the original appearance of your structures, but you also extend their lifespan in the face of external aggressions. In short, it is the ideal solution to preserve the integrity of surfaces while maintaining their aesthetics, providing long-lasting and effective protection.