Product summaryFluidotixo®-C3 low-cement polymer gel for the installation of ceramic tiles, porcelain stoneware and natural stone on floors and walls. 100% wetting power. Coverage: 2.5–5 kg/m². Powered by Litogel® technology.
Detailed descriptionFluidotixo®-C3 is a first-generation polymeric gel formulated with a low cement content (<29%) for interior and exterior installation of tiles, porcelain stoneware and natural stone. The gel delivers a creamy, fluid and thixotropic mix that retains shape and layer thickness on both floors and walls, ensuring 100% wetting power and resistance to vertical slippage. Open time exceeds > 40 minutes, facilitating precise placement and adjustment. Suitable for application as an overlay on existing surfaces and for use on challenging substrates, it provides reliable adhesion and simplified application due to its gel rheology. Classified C2TE – EN 12004.
Advantages- High-performance adhesion: Gel formula promotes strong adhesive bond, enabling application on demanding substrates.
- Fluidotixo® rheology: Creamy, thixotropic and easy to spread with a trowel; maintains thickness and shape without sagging.
- Extended open time: Open time > 40 minutes allows alignment and adjustments during installation.
- Controlled application: Smooth, consistent mix improves precision and reduces installation risks on walls and floors.
ApplicationsFixing ceramic tiles, porcelain stoneware and natural stone on floors and walls; indoor and outdoor use; suitable for overlays on existing coverings and for difficult substrates.
Characteristics / technical specifications- Product type: Fluidotixo®-C3 polymer gel (1st generation)
- Technology: Powered by Litogel® technology
- Cement content: <29%
- Wetting power: 100%
- Coverage: 2.5–5 kg/m²
- Classification: C2TE – EN 12004
- Open time: > 40 minutes
- Behavior: creamy, fluid, thixotropic; maintains shape and thickness on floors and walls
- Resistance: resistant to vertical slippage
- Suitable substrates: ceramic tiles, porcelain stoneware, natural stone; effective as overlay on existing surfaces