Products

SODASIL® P95 is a Amorphous aluminum and sodium silicate obtained by precipitation in an aqueous medium.

BETOLIN® A11 is a colorless, alkaline, low-viscosity, watermiscible liquid that contains silanols and complex stabilizers.

NASIL 45 is sodium silicate obtained by fusing quartz sand and sodium carbonate at high temperatures. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.

NASIL A52F is sodium silicate obtained by fusing quartz sand and sodium carbonate at high temperatures. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.

NASIL C/3.35 is sodium silicate obtained by fusing quartz sand and sodium carbonate at high temperatures. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.

NASIL 3.35 is sodium silicate obtained by fusing quartz sand and sodium carbonate at high temperatures. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.

BETOLIN® Q40 is a low viscosity, aqueous solution of special hydrophilic alkoxylated alkylammonium compounds. Betolin® Q 40 has an influence on the polysilicates and silicic acid micelles of potassium silicate binders. It stabilizes the polysilicate ions and thereby reduces post-thickening and strong viscosity rise of paints and plasters on storage.

Sapetin D20 is an aqueous solution of phosphonic acids modified by salts. Sapetin D20 alters the zeta potential. It thus cancels the forces of attraction between fillers and pigments and counteracts agglomeration.

BETOLIN® V30 is an anionic thickener, with easy biological decomposition, based in polysaccharides. Betolin V30 is a thickener and stabilizer very effective.

NASIL C/2.0 is sodium silicate obtained by fusing quartz sand and sodium carbonate at high temperatures. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.

KSIL® 2.2 is potassium silicate obtained by fusing quartz sand and potassium carbonate at high temperature. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.

KSIL® C/2.2 is potassium silicate obtained by fusing quartz sand and potassium carbonate at high temperature. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.