A detailed analysis of raw materials and additives is one of the most critical factors in the success of any heavy clay project. At SABO FILIERE, we understand that the quality of raw materials directly affects production performance and the durability of the final product.
This is why our specialized laboratory, in collaboration with the National Technical University of Athens (NTUA), offers a comprehensive evaluation of clay and additives.
The process includes:
This analysis lays the foundation for high-quality ceramic production, minimizes production costs, and helps prevent unexpected issues on the production line.
Following the comprehensive laboratory analysis of the base clay material, the SABO FILIERE team leverages its expertise to recommend the most suitable additives that will enhance the properties of the final product.
The selection of additives is never random. We take into account the clay properties, production conditions, and project requirements to propose the ideal solution that:
Key Factors Considered:
Selecting the right additives is a critical step in developing a high-quality product with lower manufacturing costs and superior results in the final market.
Understanding and evaluating raw material reserves is a critical success factor in any heavy clay project. At SABO FILIERE, we undertake comprehensive geological studies to assess both the quality and quantity of available materials with precision.
Our approach combines traditional geological practices with modern analytical methods, ensuring reliable and complete results.
Our Services Include:
Through our geological study, we provide our partners with complete control and confidence in their raw materials, supporting a smooth and efficient production process.
At SABO FILIERE, we provide specialized services for evaluating the thermal and acoustic insulation performance of your ceramic products, aiming to enhance final product characteristics and overall energy efficiency.
The thermal insulation behavior of ceramic profiles—such as bricks and lightweight blocks—is precisely calculated using advanced Computational Fluid Dynamics (CFD) simulations. These simulations are based on internationally recognized standards such as EN 1745, EN ISO 10211:2007, and EN ISO 6946, ensuring a realistic representation of the actual performance of materials under real-world conditions.
In parallel, the acoustic insulation performance of clay bricks and masonry structures is accurately assessed according to DIN 4109-32, complying with the highest soundproofing standards in the industry.
By applying these methodologies, we provide reliable, scientifically backed data that supports the development of high-performance, energy-efficient ceramic products, tailored to the evolving needs of global markets.