Research at the cutting edge: Glatt as an alliance partner in the field of application-oriented research and development
As a recognized and award-winning specialist in analog engineering, process design and material development, Glatt is a sought-after partner for application-oriented research. This is demonstrated by the numerous research projects in which Glatt has developed or is developing innovative powder materials in partnership with leading German research institutes and industrial companies. Typical areas of application are high-performance materials for future technologies such as battery and membrane materials, as well as additive manufacturing. The driving force behind these research projects is often the lack of scalability of existing manufacturing routes to industrial scales and the associated raw material costs, which are currently uneconomical. Here, Glatt Powder Synthesis in a pulsating gas stream offers a novel technology that overcomes these problems.
In order to meet the wide range of requirements, we have expanded our technology center in Weimar several times in recent years and put additional technological capacities into operation. Through various joint projects, we are working closely with highly recognized research institutions and companies from industry.
Benefit from the synergies of a strong network! Our technological expertise is also valued in cutting-edge research, as demonstrated by the projects in which Glatt is involved:
Link to: ARTEMYS I Batterie 2020
Scalable, cost-effective manufacturing technologies for composite cathodes and electrolyte separators in solid-state batteries
Link to: EMBATT2.0
Material and process development for the efficient production of the large-format bipolar battery EMBATT with high energy density at cell level
Link to: FLiBatt
Solid lithium batteries with non-wovens – an innovative process for a new cell structure of inorganic solid-state batteries
Link to: Advantages
Hybrid process for additive machining of new material and multi-material developments made of plastics with functional additives
Follow a manual added link
Synthesis of optical nanopowders with high etch resistance to produce defect-free nanostructural antireflection coatings on large monolithic optics
Link to: PulsON
Modeling and model-based scaling of high-temperature powder synthesis and plant engineering implementation
Link to: SaMBa
Adaptation of particle morphology to optimize the new material BSCF for subsequent processing into membrane components for O2 separation
Link to: SiKo
Silicon composite anode materials – development and production of customized materials and processes with regard to performance and cost
Link to: StrOboBatt
Structure- and surface-optimized silicon anodes and high-energy cathodes for energy-dense lithium-ion batteries for stationary energy storage solutions
Further information on this topic and related topics can also be found in the following publications:
Link to: Glatt expands technology center with new laboratory plant for powder synthesis
Copyright: Glatt
Link to: Glatt Ingenieurtechnik celebrates continued business success with third expansion of its Technology Center
Copyright: Glatt
Link to: Ceramic Raw Materials from the Pulsating Hot Gas Stream
Copyright: Springer Fachmedien Wiesbaden GmbH
Published article: ‘Ceramic Raw Materials from the Pulsating Hot Gas Stream’ PDF, English
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