Bonding mortar patent

Ceramic tile adhesive is a new paving material developed for vitrified tiles and polished tiles with extremely low water absorption. Its bonding strength is much higher than that of cement mortar and tile binder on the market at present, and 100% solves the problem of hollowing and falling off of such tile materials. At present, the common tile adhesives on the market are emulsion adhesives and paste adhesives. (Reference:

Alkaline gram new material)

Emulsion adhesive is an efficient and powerful interface adhesive for ceramic tiles, which is refined by using special polymer emulsion and high-performance additives. Just scrape on the back of stone and ceramic tile, and directly spread cement mortar. Include one-component emulsion type back glue and two-component emulsion type back glue. One-component emulsion adhesive, mainly acrylic emulsion, needs 2 ~ 3 hours to dry and cure after brushing (which is greatly affected by ventilation, humidity and temperature), then spread cement mortar and stick bricks on the wall; Two-component emulsion adhesive mainly consists of acrylic emulsion, polymer and inorganic material. The two components are evenly stirred, brushed and dried for 24 hours, then spread with cement mortar and laid flat on the wall. In the market, the construction of one-component emulsion adhesive is very convenient and is favored by the majority of operators. However, due to the extremely low water resistance of emulsion adhesive, bricks fall off seriously after use, which also brings great trouble to the owners.

The adhesive for ceramic tile is a new type of ceramic tile bonding material, a one-component environment-friendly flexible liquid, and has strong bonding performance through chemical bonding. The activator promotes the bonding molecules to polymerize with silicon, aluminate and other components in cement to form a new gel, which wraps the molecular chain structure and closes the gap between active ions to achieve the maximum bonding force, and has good water resistance, freeze-thaw resistance and high temperature resistance.