Categoría / Blog / Sustainability
Sustainability in ceramics:
commitment to the environment
If you seek a balance between design, innovation, and environmental respect, in this section you will discover how sustainable ceramics are redefining architecture and construction. From responsible manufacturing processes to recycled materials and efficient solutions, the ceramic industry is moving toward a greener future without compromising quality or aesthetics.
At the Gres Aragón blog, we explore advances in sustainability applied to ceramics: carbon footprint reduction, material recycling, energy efficiency, and technologies that minimize environmental impact. Discover porcelain stoneware collections that combine beauty and responsibility, along with real projects demonstrating how sustainable ceramics can transform both interior and exterior spaces.
Moreover, in our Sustainability section, we analyze trends in green architecture, environmental certifications, and ceramic solutions that optimize resource consumption without sacrificing design or functionality. Whether you are an architect, distributor, designer, or construction professional, here you will find inspiration and knowledge on how to integrate sustainable ceramics into any project.
Discover how innovation and environmental awareness are making a difference in the ceramic world. Learn the keys to choosing more responsible materials and how ceramics can be an ally in sustainable construction for the future.
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Where to install raised access flooring? The modern, sustainable and functional option that elevates any space.
Contemporary architecture demands solutions that combine design, efficiency and sustainability. In this context, raised access flooring has evolved from purely industrial use to become a key resource in residential, commercial and urban projects. Its accessible system not only allows for easy concealment and access to installations, but also provides flexibility, comfort and a clean, tidy aesthetic. But where should raised access flooring be installed and what advantages does it offer indoors and outdoors? At Gres Aragón, we analyse its most common applications and show you why solutions such as ARADECK enhance the functional and visual value of any space.…
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ASEPSIS IN ARCHITECTURE, BIOCIDE SURFACES AND POST COVID-19 SPACES
The anti-pathogenic attributes of surfaces or materials already captured the attention of some architectural and engineering projects long time ago. However, under the current circumstances caused by a global pandemic that has brought to light the weaknesses of our lifestyle, which affect us at all levels (social, economic, work, family…), there is need for a change that will be decisive when deciding on project design and execution.
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HOW CAN WE BRING CERAMIC TILES IN BIOPHILIC DESIGN?
Biophilic design is an innovative concept that consists of connecting with nature the buildings where we live in, work and learn in a direct or indirect way. This way of designing does not seek only aesthetics, but it aims to bring people and nature together in order to improve the health and productivity of those inside the building.
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ANTIBACTERIAL FEATURES ON CERAMICS AND DANGEROUS ADDITIVES (TIO2)
Antibacterial flooring tiles are a great solution in order to increase hygienical conditions, both in critical environments (hospitals, old peoples’ home, aquatic facilities…) and private houses. In addition, to be effective, it is required to use a grouting material with the same antibacterial characteristics. Nevertheless, attention has to be payed, one of the most common additives used for this purpose is
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BIOKLINKER: GRES ARAGON’S SOLUTION AGAINST PATHOGENS FOR SPECIAL FACILITIES
We all know that there are many facilities requiring a deeper cleaning and hygiene standard. We just need to think for a few seconds and some of them come quick to our minds: food industry, laboratories, industrial kitchens, pool wet areas, school canteens, hospital facilities, bakeries, supermarkets, butchers and many others. They all need a higher health and safety standard due to their use.