Our technologies enable precise particle design in the nanometer and micrometer range.
We are actively shaping the energy transition with innovative battery materials and comprehensive expertise in the product design of anode and cathode materials as well as solid electrolytes for higher capacity and long-term stability. Our technologies specifically improve the sintering properties, increase the strength, enhance the catalytic effect and thus optimize the quality and performance of your raw materials with tailor-made ceramic powders.
With customized particle design, we reduce the amount of material used for catalytically active powders by developing particles with high specific surface areas. At the same time, we enable the creation of new optical effects such as self-cleaning or antimicrobial effects, infrared reflection, insulating or heat-conducting properties as well as maximum UV protection for paint and coating pigments.
Our expertise lies in the precise design of primary particles. We produce particles with a definable chemical composition and narrow particle size distribution. Microfine, extremely homogeneous powders are created by combining drying, core-shell coating and calcination in a single process step – for maximum efficiency and performance.
Rely on Glatt as your partner for innovative material development and technologies for high-performance materials in batteries and applications with ceramic and catalytic materials and take your products to a new level of performance.
