PowerGel S1+ C2 TE S1

Elastic anti-fracture tri-polymer smart Gel, enhanced with quartz microspheres, Fluidotixo®

- C5 with low cement content, prevents the formation of cracks in the installation of tiles,

porcelain stoneware, large slabs of all types and formats and natural stones.

Double Open Time E (E)

Double Slip Resistance T (T)

With Crack Prevention® technology.

Co-engineered with SafetyGel® to form the High Adhesion Anti-Fracture System-TileSafe System

Smart Gel tri-polymeric elastic anti-fracture, enhanced with quartz microspheres, Fluidotixo®- C5 with low cement content, prevents the formation of cracks in the laying of tiles, porcelain stoneware, large slabs of any type and size and natural stones.

Double Open Time E (E)

Double Slip Resistance T (T)

With Crack Prevention® technology.

Co-engineered with SafetyGel®, it forms the High Adhesion Anti-Fracture System-TileSafe System.

Product description

Elastic anti-fracture tri-polymeric Smart Gel (4th generation), with exclusive Anti-Fatigue Fluidotixo® mixture, enhanced with quartz microspheres, formulated with low cement content (<29%), prevents the formation of cracks in the installation of tiles, porcelain stoneware, large slabs of all types and formats and natural stones, indoors and outdoors.Designed for high application safety and, thanks to latest-generation features, the mixture is extremely creamy, fluid and thixotropic. It maintains its shape and thickness on floors and walls with 100% wetting power, it achieves double vertical slip resistance T (T), and has an open time exceeding 60 minutes E (E).PowerGel® S1+ develops an ultra-high-performance elastic anti-fracture adhesion thanks to the synergy between its tri-polymeric system and the quartz microspheres. This advanced interaction allows PowerGel® S1+ to ensure high performance even on difficult substrates with potential dimensional instability or subject to strong stresses such as overlays on old floors, radiant systems, balconies, terraces, swimming pools and facades, where even extreme thermal excursions, humidity and strong mechanical tensions make the adhesion conditions critical.Classified C2TE S1 - EN 12004