High durability
The Proyect Ocre collection is made of high-strength ceramic, designed to withstand extreme conditions of use. Thanks to their composition and extrusion process, the parts are highly resistant to impacts, abrasion due to continuous traffic and frictional wear. In addition, they offer remarkable resistance to chemical agents, making them ideal for industrial environments, professional kitchens, warehouses or technical areas where aggressive products are used for cleaning or production.
Low maintenance
One of the main benefits of this series is its ease of maintenance. Ceramic surfaces do not retain dirt and are very easy to clean, even in environments where hygiene is critical, such as hospitals, laboratories or industrial kitchens. They do not require special treatments or expensive products, and their chemical resistance allows the use of powerful disinfectants without damaging the surface.
Indoor and outdoor use
Thanks to its technical performance against thermal changes, frost and humidity, Proyect Ocre can be used both indoors and outdoors. This makes it a versatile option for integral projects where visual continuity is sought between internal and external spaces, such as entrances, terraces or patios of industrial or commercial facilities.
Technical compatibility
The collection is designed to be easily integrated with other ceramic systems, wall tiles or construction solutions. This facilitates their incorporation into renovation or expansion projects, as well as in environments where different functional needs coexist, such as transit areas, stairs, drains or ramps. Its special parts allow technical encounters to be solved with precision and uniform aesthetics.
Professional installation
Proyect Ocre pieces are designed with an exact geometry and defined edges, which allows for professional, fast and safe installation. Its flatness and regularity make it easy to level the floor, reduce the use of unnecessary joints and ensure a clean and durable finish. In addition, its modular system allows efficient combinations between standard and special parts, optimizing installation times.