At Todaquimia - Grins Ceramic Solutions, we provide a variety of chemical solutions for the ceramic sector, and our commitment to innovation and continuous improvement allows us to offer advanced chemical solutions for the ceramic industry. Through our R+D+i...
Ceramic glaze wastewater represents a challenge in industrial treatment. Its complexity goes beyond conventional water, micronized frits, heavy metals (Zn, Pb, B) and specialized additives that require advanced engineering solutions. Unlike water generated in...
In a ceramic atomization plant, water treatment is not an auxiliary process, but a strategic variable for production stability. For this reason, the use of industrial water treatment plants is essential. Atomizers represent the operational core of ceramic plants,...
Inside a ceramic kiln, not all rollers work in the same way. Thermal, chemical and mechanical conditions vary from zone to zone, and this makes it necessary to select the right roller according to its technical behavior.
As for the consumption of chemical reagents, the economic impact of a WWTP does not lie exclusively in its initial investment, but in its contribution to the treatment of water in the ceramic process and in the efficiency with which it is managed over time. Chemical...
How technical control of water treatment reduces your operating costs and makes us more competitive. A poorly adjusted treatment system or with inappropriate reagents not only means higher consumption of reagents or sludge generation, it directly impacts operating...
Functional additives in the ceramic industry Ceramic surfactants Surfactants play a key role in controlling the viscosity of ceramic suspensions, optimizing the flowability of slip and glazes. Depending on their formulation and specific function, they can act as...
