MINRALIZE A3

Fibre-teinforced cement roofs: approx. 0.5 t 1 kg/m2.   

Clay roof tiles 9pitced roofs ) approx. 0.3 ,g/m2.

Fully dry and load-bearing: after 12 to 24 hours amount required.    Flat roofs: approx. 1 kg/m2.

Molecular structure of every base material in such a way and sure method to change the molecular of Dust try: 195 0/0  at 1 kg/m2 application quantity: after 1 hour Rain proof: after approx. 5 hours.

                               Characteristics in controlled. easy and sure method to change the

The crystallization technique of < A MINERALIZAR A-3 > takes advantage of these

Presence of free calcium ions.

Porosity of grain structure.

All materials used in conventional construction have two characteristics in common.

The crystallization methods are totally  resistant to abrasion and ageing to thermo shock. Environmental agents and chemical aggressive. Without caducity the useful live of system is exclusively determinate by the duration of support.

Resistant.

The crystallization of pores and capillaries creates in the support a large zone absolutely water proof against pressures of water over 3kg/cm3 either in situation with positive or negative pressures. The treatment could be made by one side or both sides of the wall. Indistinctly, and with same grade of efficiency.

Definitive.

Water filtration and capillary transmission rest cut as the way where the water penetrates kept closed. Treated walls keep still < breathing > as normal.

The crystallization. But maintaining the permeability at steam.

Unsolvable crystal of calcium-silicate ( SiCaO3 ) and oxide silicate ( SiO2 ).

MINERALIZADOR A-3 causes the bearing pores retraction through the formation of

The technique of crystallization by impregnation with HYDROSAN or

MINERALIZER-A3

When penetrated by a fixing Condensation reducing by improved heat insulation .Vapor reducing through
Dense bituminous plastic