For Kitchen Tops

Porcelain slab for kitchen countertops

MATERIA porcelain stoneware slabs are used to create kitchen countertops and with their use it is possible to reproduce in a surprising way the elegance of marble, the naturalness of natural stones and the contemporary character of cements, woods and metals. The size of the slabs, 1635X3230 mm, is ideal to recreate any type of shape.

Surprising technical features

Due to their technical characteristics, MATERIA slabs represent an innovation: they are eco-sustainable, resistant to impacts, scratches and thermal shocks; they are resistant to chemicals, frost-resistant and easy to clean: they are therefore perfect for creating kitchen worktops. Thanks to the application of the latest production technologies, it was possible to create one of the most reliable and performing kitchen tops ever seen so far. Porcelain stoneware, being very resistant, guarantees maximum practicality and reliability.

Wide range of different surfaces

The stylistic offer of MATERIA constitute a real kaleidoscope of surfaces, available, depending on the items, in a glossy, natural or soft finish. The different graphic textures allow you to play with your imagination to create kitchen countertops in different styles. Be inspired by the charm of MATERIA products for a stone-effect kitchen top, or immerse yourself in the elegant veins inspired by the most precious, classic or exotic marbles, for a breathtaking result. Or give a rustic-chic touch to your kitchen environment with a wood-effect worktop that interprets the original material with extreme realism.

Easy to clean

Porcelain stoneware is a material with high technical performance and the creation of kitchen worktops with large ceramic slabs does not require the presence of tile joints, which would allow the deposit of dirt. Porcelain stoneware is an inert material, which does not release substances that can come into contact with food, and it is easy to clean with the most common detergents, which is why it is an extremely hygienic material.

High Performance