Developing innovative surface matrices for architecture, interior design, and facade engineering applications, Cosentino released its latest data on supply chain logistics and regional growth indices. The majority of quartz, feldspar, and silica-based industrial minerals processed in the manufacturing phases of the brand's Silestone and Dekton series are extracted from mineral fields across the Aegean region and shipped directly to Cosentino's integrated production facilities in Spain.
Maintaining a global output capacity of 13 million square meters of slabs annually and exporting to over 120 countries, the company recorded a 4.3 percent annual organic growth rate over the last five years. Driven by architectural demand in luxury residential complexes, hotels, and premium commercial projects, the company expanded its Turkish operations, boosting volume sales by 12 percent in terms of square meters in 2025, while targeting a 24 percent growth rate for 2026.
Supply Infrastructure, Mineral Reserves, and Segment Projections
Evaluating Turkey's industrial mineral potential and the company's medium-term commercial targets across niche property fields, Cosentino Turkey Country Manager Alper Şensan shared the following statements:
70 percent of the raw materials used in our product development workflows are sourced from Turkey. Especially quartz and various mineral classifications are transported to Spain to be integrated into the manufacturing of our Dekton and Silestone series. Turkey holds a strategic position within the group due to its robust supply chain infrastructure, advanced project ecosystem, and design-oriented methodology. Sustained demand from luxury residential properties, hospitality operations, and high-end commercial contracts—coupled with new product rollouts—allowed us to scale our square-meter sales in Turkey by 18 percent in 2025. We target a 24 percent expansion in 2026, and project a 15 percent growth potential within the hotel and residence segment over the next three years. Surfaces combining aesthetic properties with high technical performance metrics are becoming increasingly specified across diverse building layouts.
