DuoProCeram hybrid slabs are a unique combination of the best features of composite and stoneware ceramics.
Impressive design, high anti-slip resistance (R11) ensuring the safety of users, as well as dirt resistance and ease of cleaning are all features of the ceramics that are particularly popular with users. Ceramic tiles form the top layer of DuoProCeram, providing a striking finish to the designed space and trouble-free use in all weather conditions.
The SilCrumb composite, developed by our R&D department, provides DuoProCeram hybrid slabs with a solid foundation. The bottom layer is characterised by high durability, frost resistance and water permeability. The use of chalcedonite has a positive effect on the mechanical parameters, extending the service life of the terrace, driveway or pavement. The weight of the slabs allows them to be laid on a compacted substrate and prevents them from buckling.
The ceramic tile and the SilCrumb composite are joined by the FlexSil bonding layer, characterised by flexible pressure transfer, ensuring an unbreakable hydraulic connection.
DuoProCeram hybrid panels are available in two thicknesses: 4 cm and 5 cm.
We recommend DuoProCeram hybrid slabs 60 x 60 x 4 cm (3 cm SilCrumb composite + 1 cm ceramic) for building terraces, paths and driveways with a maximum load of up to 3.5 tons.
DuoProCeram hybrid tiles combine the best features of stoneware ceramic and composite. The top layer of DuoProCeram is a 9 mm thick ceramic tile, ensuring high performance and a modern, striking design. Safe use in all weather conditions is ensured by excellent slip resistance (R11).
Other noteworthy advantages are dirt resistance and ease of cleaning. The SilCrumb composite, which forms the bottom layer of DuoProCeram, increases the strength and life cycle of the tiles, providing a solid foundation and making installation easier. The two elements are joined by the innovative FlexSil bonding layer, which guarantees an unbreakable hydraulic connection, providing DuoProCeram terrace tiles with a high durability.