With Miniature Fornace tile collection, Marca Corona transfers onto the tile surface all the imperfections, richness and originality of the London bricks, unique pieces originating from an ancient manual shaping process. A textural proposal, characterised by the extreme versatility of application of the tiles in small 6x24 cm size, perfect for conveying a contemporary and raw taste typical of the exposed façade bricks that characterise London buildings.

Miniature Fornace is further enhanced by the perfect representation of an irregular surface, soft and pleasant to the touch and able to capture and multiply the perception of light in any room, from kitchens to bathrooms. The range of warm, enveloping tones is designed to meet any design requirement, even offering the possibility of applying on curved surfaces.

Inspired by the earth tones of traditional Japanese pottery and a traditional Japanese confectionery known as Yohkan, the Yohen Border mosaic by Inax features a gentle variety of tones with a beautifully crafted glazed finish. Available in beautiful shades, the mosaic collection is suitable to use for bathroom walls, kitchen backsplashes, interior and exterior walls.

Mystone Gris Du Gent tile collection is inspired by the fine classic French stone of the same name, reinterpreted by the latest design trends that combines aesthetic appeal and performance. The tile features a soft surface with a mottled and compact taupe grey background, embellished with thin copper vein patterns.

The evolution of industrial style offered by the use of chemically processed metal sheets finds its greatest expression in the Shanon tile series, which combines style with being easy to fit and benefits in terms of the product’s composition and maintenance, allowing spaces to be created in which it is part of both cladding and paving.

Its many different formats and shades are a faithful interpretation of the material that inspired us thanks to the latest ceramic design and production techniques that mimic metallic processes such as oxidation and corrosion.