
- 01/09/2025
- Technological materials
RAK Ceramics at Cersaie 2025, scheduled to take place in Bologna from September 22 to 26, 2025, will confirm its leadership in the industrial production of technical ceramic surfaces with the preview of two marble-effect porcelain stoneware slabs, designed to be integrated into contract, residential, and furniture industry environments.
Calacatta Macchia Vecchia: marble aesthetics and technical performance
This surface, inspired by Italian Calacatta marble, offers fluid veins in warm tones on a white background. Available in modular and extra-large Maximus formats (up to 162x324 cm – thickness 12 mm), it is ideal for kitchen countertops, bathroom tops, and wall coverings.
The Scratch Guard Glazed Polished Surface finish guarantees scratch resistance (even from metal utensils), while the patented antibacterial glaze improves safety in the environment.
Alaska White: 3D Shape technology and large format
The Alaska White slab stands out for its three-dimensional textured design achieved with 3D Shape Technology. The scratch-resistant finish and antibacterial protection make this surface perfect for horizontal and vertical applications, even in high-traffic environments. Available in 120x280 cm and 162x324 cm sizes, it expands the design possibilities for manufacturers of furniture, kitchens, bathrooms, and hotel supplies.

Applications and advantages for manufacturers
The new RAK Ceramics marble-effect surfaces are designed to guarantee mechanical resistance, realistic aesthetics, and hygiene. The wide range of sizes allows for easy integration into industrial production cycles, with concrete advantages for the creation of tops, floors, walls, and furniture components.
High-performance ceramic slabs for contract use
RAK Ceramics offers designers and manufacturers a new generation of technical ceramics, designed for demanding environments and custom solutions. The Calacatta Macchia Vecchia and Alaska White slabs represent a concrete evolution in the field of porcelain stoneware surfaces.