High-performance Smaltobbios that reduce glazing stages while maintaining control and quality.
Process optimization using single-layer glazes
Smaltobbio combines the functions of engobe and glaze in a single formulation, acting simultaneously as a leveling base for the substrate and as a final finishing layer. This solution simplifies the glazing process, reducing steps, material consumption, and production adjustment variables.
Replaces engobe and glaze in a single stable application.
Eliminates applications, line times, and total material consumption.
Matte, gloss or satin depending on the formulation and aesthetic objective.
Adjusted to pasta, cooking and actual production parameters.
Anti-water mark
Super White
For Polishing
For extrusion
Big Slabs
Optimized for digital effects
Smaltobbio integrates the functions of engobe and glaze into a single product, acting as a single layer.
Yes. Through formulation, matte or semi-satin finishes can be obtained.
We adjust composition and thermal behavior to ensure compatibility and stability in each support.
Yes. We accompany tests and adjustments until the process stabilizes and a reproducible result is achieved.
Everything you need to know about ceramic smaltobbio
High-performance single-layer glazes for the industry.
Ceramic smaltobbio is a technical solution designed to optimize industrial production processes by combining the properties of engobe and glaze in a single application. This single-layer formulation acts simultaneously as a leveling base for the clay substrate and as a finishing cover, simplifying the glazing line. Its use reduces production times, minimizes material consumption, and decreases critical adjustment variables.
For floor and wall tile manufacturers, integrating this technology translates into maximum efficiency and strict quality control. By adjusting its thermal and rheological composition, smaltobbio guarantees compatibility with different ceramic bodies, ensuring defect-free surfaces that are stable under digital decoration and offer excellent mechanical and aesthetic performance after firing.