English
The Alloy Collection by Pamesa is an innovative proposal in ceramic wall tiles that fuses design, versatility and functionality. With matte and lapatto finishes, this collection offers a wide variety of sizes, allowing it to adapt to different types of spaces, from the most modern to the most classic. Its smooth and elegant surface, combined with the characteristic strength of high-quality ceramic, makes Alloy an ideal choice for both residential and commercial projects. In addition, its ability to play with light and texture makes this flooring an aesthetic and practical solution for any environment.
Matte Finish: The matte version of Alloy provides a soft and discreet finish, ideal for environments that seek elegance without shiny reflections, as well as offering greater resistance to wear.
Lapatto finish: This finish offers a subtle shine, perfect for those looking for a sophisticated touch without reaching the intense shine of polished porcelain.
High Durability: Made with quality materials, the Alloy collection is highly resistant to daily use, making it a perfect choice for high-traffic floors.
Aesthetic Versatility: Thanks to its neutral and textured tones, Alloy adapts to different styles of decoration, from the most contemporary to the most classic.
The floors in the Alloy collection are highly resistant to moisture, making them the ideal choice for spaces that are often exposed to high concentrations of water or humidity, such as kitchens, bathrooms, laundries and shower areas. This resistance ensures that surfaces maintain their integrity and aesthetic appearance over time, without suffering deformation, stains or wear due to moisture. In addition, the waterproof properties of the pieces allow water not to penetrate inside, avoiding problems such as the proliferation of fungi or mold.
The ease of maintenance is one of the great advantages of the Alloy collection, both in matt and lapatto finishes. Thanks to its compact and non-porous surface, daily cleaning becomes a simple and quick task. The floors in this collection can be easily cleaned with a damp cloth or common cleaning products without the need for special techniques. Their resistance to stains and dirt accumulation means that they are always kept in optimal conditions effortlessly. This is ideal for those looking for low-maintenance solutions without sacrificing aesthetics.
Pamesa uses state-of-the-art technology in the manufacture of the Alloy collection, ensuring that each piece is produced with a high nivel of precision and consistency. Thanks to innovative digital printing and quality control techniques, ceramic pieces have a uniformity in their sizes and finishes, which makes them easy to install. In addition, the use of advanced techniques ensures that the colors, patterns, and textures are consistent throughout the pieces, resulting in a flawless finish that stands out in any type of space.
One of the additional advantages of Alloy flooring is its compatibility with underfloor heating systems. These ceramic floors, thanks to their thermal conductivity capacity, are ideal for use in conjunction with underfloor heating systems. This not only improves energy efficiency in homes and buildings, but also contributes to creating a more comfortable and pleasant environment, especially during the cold months. Underfloor heating provides heat from the floor evenly, and Alloy ceramic tiles help to optimise this process by allowing for better heat distribution.
Commitment to the environment is a key feature in the manufacture of the Alloy collection. Pamesa follows strict environmental standards throughout the production process, from the sourcing of raw materials to the final manufacture of the products. The use of sustainable processes reduces the ecological impact, while using recyclable materials and optimizing resources. In addition, ceramic is a durable and long-lasting material, which contributes to the reduction of waste and the need for frequent replacement. With Alloy, Pamesa demonstrates its commitment to sustainability and respect for the environment.
