Ceramic grits engineered to deliver texture, performance and technical enhancement to the final surface finish, compatible with various application systems and industrial tile production processes.
Grits
Our grits are developed to integrate precisely into the ceramic system, providing volume, surface texture and technical performance to the final tile. We work with different particle size ranges — from micro grits (-150 µm) and nano grits (-75 µm) to more structural formats (100–600 µm) — tailored to the production requirements and the desired surface finish.
We tailor our grits to the application technology (dry, wet or digital) and to the desired final effect: gloss, matt, polished, anti-slip or abrasion resistance. Each formulation is adjusted to ensure application stability, proper adhesion to the glaze and controlled performance after firing.
Compatible with dry, wet and digital systems.
Anti-slip, polishable and wear and abrasion resistant solutions.
Micro, nano and technical grits adapted to each surface effect.
Controlled online behavior and reproducible results after cooking.
We start with the required finish (gloss, matte, polished, anti-slip) and adjust the granulometry, composition and application method taking into account the technical conditions of each factory.
The difference lies mainly in the particle size, which determines both the surface effect and the most suitable application technology — from subtle textures with micro and nano grits to more structured surfaces with conventional grits.
Yes. We offer specific grits for digital systems, ensuring stability and controlled performance during application.
Certain formulations significantly improve surface resistance, making them suitable for high-traffic areas.
Everything you need to know about ceramic grits
Structural and technical textures for ceramic decoration.
Ceramic grits are vitreous formulations with controlled particle size, designed to provide volume, texture, and mechanical properties to the tile surface. In industrial production processes, these particles are applied dry or in suspension to melt during firing, creating covers that are highly resistant to wear, chemical attack, and slipping. They are key to manufacturing technical porcelain and high-traffic flooring.
Their versatility allows manufacturers to control the level of reflection, roughness, and transparency of the final layer. From nano-grits integrated with inkjet technology to coarse structural formats, they guarantee perfect thermal integration. Their use optimizes the technical durability of the product, meeting the most demanding standards of current ceramic production.