Indel B Cafe Royal London

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Indel B Cafe Royal London

INDEL B

The Hotel Café Royal is a five-star hotel at Regent Street in London’s Piccadilly.

By the 1890s the Café Royal had become the place to see and be seen at. It was the scene of a famous meeting and it’s still an icon of Europe.

And Indel B’s minibars accompany the luxury of certain suites.

Casa Milan_Lea Ceramiche

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Casa Milan_Lea Ceramiche

Photo Credits: Andrea Martiradonna

LEA CERAMICHE

Architect and designer Fabio Novembre is the mastermind behind the project for the new home of Club Rossonero, Casa Milan.

Novembre chose Lea Ceramiche products for parts of the flooring, selecting two collections, Metropolis and Gouache Slimtech, which lend a material effect to the surfaces, perfectly in tone with the overall design concept of the building. The products, which evoke a cemented surface, are available in a wide range of colours – different variations blending warm and cold tones.

marriot taipei italgraniti

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marriot taipei italgraniti

ITALGRANITI

Taipei Marriott Hotel is the city’s largest integrated destination complex with a five-star 320-room luxury hotel, shopping and dining arcade and a state-of-the-art convention center. With a prime location in the middle of the Dazhi District, hotel offers rooms with panoramic views of Taipei city and botanical gardens.

Italgraniti supplied Stone D and Listone D Steppa collections for walls and floorings.

Collection Stone D
Size/finish 30X60, murales
Technology Full body porcelain stoneware
 
Collection Listone D Steppa
Size/finish 15X90
Technology Full body porcelain stoneware
LeaCeramiche produzione Slimtech

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LeaCeramiche produzione Slimtech

LEA CERAMICHE

Slimtech is the new creation that completes the project of Surfaces by Lea Ceramiche.

Thanks to the innovative porcelain compaction technology that revolutionized the traditional production process, Slimtech is produced in full slabs of 3×1 meter and 3mm thick without using any mold. Starting with an accurate selection of raw materials wet-grinded and made into an atomized powder, we proceed with compaction and pressing with a strength of 15,000 tons. The slabs obtained are then sintered at 1200 Celsius through firing in kilns, reducing the CO2 emissions and the dispersion of thin powders.