Glatt powder synthesis offers a versatile tool for the development and industrial production of innovative battery materials. The highly flexible technology opens up the possibility of producing and refining anode and cathode materials as well as solid electrolytes in just one step. The key to the effectiveness of this process is the special conditions in the pulsating hot gas flow.
The product requirements of paints and coatings are versatile, but the properties of commercially available fillers or additives are often not. Glatt experts will explain how this gap can be closed with optimised powders and particles. As a leading company for powder synthesis, fluid bed and spouted bed technology, Glatt will provide insights into successful customer projects for particle design, process planning and plant engineering at booth 3-732.
As a leader in fluid bed technology and powder synthesis with its own Technology Center in Weimar, Germany, Glatt will highlight integrated concepts in the areas of particle design, process know-how and plant engineering. Glatt experts will be happy to discuss a wide range of topics — from product idea to the industrial manufacture of products and ingredients — in the bulk solids processing industries. Meet our experts at booth H04-5.
The Glatt Group’s customers benefit from bundled expertise in particle design – from the initial feasibility trial, through scale-up, to validation of the production process. Glatt offers suitable solutions for every variant and, if required, also implements customer-specific processes. In this way, new products move more quickly from the development phase to market maturity. (German article)
Both spray drying and fluid bed spray granulation can be used to convert liquid products into bulk materials. The most effective process will often be dictated by the desired properties of the final particles and the specific application. Glatt Ingenieurtechnik has a thorough understanding of both techniques and has a long history of designing fluid bed systems that are tailored to individual customer products.
Fluidised bed and spouted bed processes by Glatt offer manufacturers almost unlimited possibilities in terms of optimised particle design and the functionalisation of ingredients, the properties of which can be fine-tuned using spray granulation, agglomeration, microencapsulation and film, lipid and hotmelt coating.
The Glatt Powder Synthesis is not only suitable to produce powders but also for the coating of materials. Starting from suspensions, drying, coating and calcination can be done in one step by a core-shell process.
Besides the presentation of the technology, the fabrication of photocatalysts as well as oxide materials for the generation of hydrogen will be exemplified.
Free-flowing granules and pellets from liquids and powders using innovative fluid bed and spouted bed technology at Booth G12 in Hall 1. With state-of-the-art fluid bed and spouted bed technologies, Glatt offers intelligent particle design to dry, shape and functionalize powders and granules with the desired properties in just one process step, improving their application and handling.
In January 2022, plant manufacturer and process expert, Glatt Ingenieurtechnik, expanded its powder synthesis capacity at the company’s technology center in Weimar. The newly installed system ensures a homogenous process temperature throughout the entire length of the ProAPP® 80 HT reactor or the targeted adjustment of temperature gradients. This allows different process steps to be combined.
SaMBa research project for a novel fabrication process for high permeability oxygen membranes and development of an innovative membrane connection plate for oxygen generators: “Mixed ionic electronic conductor” (MIEC) Membranes are specialized single phase materials which exhibit significant electron and ionic conductivity. Neutral molecules can be transported through a solid membrane and separated from other components. BSCF (barium-strontium-cobalt-iron oxide) enables oxygen exchange. Research focuses on the production of BSCF by Glatt powder synthesis and the subsequent production of the membranes for oxygen separation from air.
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