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Use
Indoor, outdoor -
Applications
Wall cladding, facade cladding, commercial, residential, corporate, institutional -
Characteristics
Stone cladding
1 Product File
1 General Catalog
1 Product File
1 General Catalog
Stonetech is a Greek company specializing in the quarrying, processing, and trading of natural stones such as marble and other engineered surfaces. Their portfolio includes quarries owned by the brand since its foundation in 1975, new quarries, and exclusive partnerships in Greece and around the globe. All their products can be exported in blocks, slabs, and cut to size.
Stonetech exports blocks, labs, and 2D and 3D cut-to-size products to over 40 countries worldwide, aided by automated and robotic production technologies. Their team comprises experts on every stage of stone handling, from production to design. Stonetech has teams for internal design, architecture, engineering, tendering, a sampling lab, project management, and wholesales.
The company can provide customized marble slabs from their exclusive quarries and sintered stone panels, for projects with wall cladding and facades in these materials.
Their exclusive stones, such as the Silver Cloud marble and the Aliveri Grigio marble, can be tailored to the size of the facade and can also be provided in modular tiles.
Neolith® facades and cladding
Neolith® is produced in large format slabs of around 5 sqm. This allows the product to fit in any type of project and offers a quicker installation process. It is available in finishes depending on the final use of the panel and a variety of colors from natural patterns to effect surfaces.
Neolith® panels require low maintenance and have waterproof properties. They can be fit into the exterior claddings for residential buildings, public buildings, and hospitality complexes.
These facade claddings can incorporate a rear-ventilated system, allowing for permeability, ventilation, solar protection, and insulation. Neolith® offers an aqueous and titanium dioxide nanoparticle-based treatment that is sprayed on the surface to create a photo-catalytic, self-cleaning, and decontaminating effect.