Porcelain ceramic is a dense, non-porous material produced under high pressure and temperature.It offers high resistance to heat, moisture, UV exposure, and mechanical stress, making it suitable for both interior and exterior use.
The material allows for precise cutting, joining, and edge detailing, enabling clean geometries and continuous surfaces.It maintains stability over time, with minimal deformation or wear, even in demanding conditions.
Used for kitchen surfaces, bathroom elements, wall cladding, façades, and custom-built architectural components.
Sintered quartz is an engineered surface created through the compression and heating of natural minerals.It has a compact structure with low porosity, high strength, and strong resistance to scratches, stains, and temperature changes.
Suitable for large-format elements and consistent surface applications.Its structural stability allows reliable performance in both horizontal and vertical use, across interior and exterior.
Used for kitchen islands, countertops, wall surfaces, fireplaces, façades, and integrated architectural elements.
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Processing, fabrication, and assembly are handled internally at our production facility in Čakovec.
The team consists of around 50 people, with dedicated equipment including CNC and waterjet cutting systems for precise processing of porcelain ceramic and sintered quartz.
Work includes cutting, joining, edge finishing, and surface treatment, ensuring consistency in dimensions, alignment, and detailing across all elements.
The production setup supports both individual pieces and larger architectural projects, with the ability to adjust during different phases of execution.
We use materials from established manufacturers with controlled production processes and consistent quality standards. Selection is based on technical performance, availability, and suitability for long-term use in architectural applications.
Porcelain ceramic and sintered quartz are highly durable materials with long service life and low maintenance requirements. Their resistance to wear, moisture, and temperature allows them to perform consistently over time, reducing the need for replacement in both interior and exterior use.
Material use is optimized during fabrication through precise cutting and planning of elements. This reduces waste and ensures efficient use of each slab within the production process.
