powder generation process based on powder synthesis technology

Tag Archive for: spray calcination

From nano to micro: Register fro free and join the webinar @ Virtual Process Show 8-11 Sep 2020

From nano to micro –
How to generate narrow PSD spherical particles in one step.
Learn about the generation and core-shell-coating of powder materials with new, previously unattained properties. Long-term stability for battery materials through precise, even coating of anode and cathode materials.
Unique new optical effects and maximum protection for paint and coating pigments. Reduced material quantity by core-shell-coated structures for catalytically active powders.

Glatt Powder Synthesis – Pioneering Process for Groundbreaking Particle Synthesis

Future materials such as high-energy and safe battery components, more economical membranes, orthopedic ceramics, functional additives or high-performance pigments must provide more than the current properties of existing material components. A common issue within each of these applications is the high levels of powder performance that are required. Therefore, completely new products or novel innovations require powder materials that must first be developed and then manufactured in the necessary quantities.

High-performance powders at the cutting edge – Continuous powder synthesis sets standards

Materials of the future require increasingly specific property profiles. Glatt powder synthesis sets standards in the production of new powder materials for high-performance ceramics, battery materials, catalysts or special pigments. (Article in German language)

From Hot Gas Stream to Matt Finish by Glatt Powder Synthesis

Whether it’s rapid prototyping, customisation or personalisation, paint manufacturers can usually only dream of what has long been a reality in other industries. Their ideas are thwarted by minimum purchase quantities, a lack of know-how, expensive machinery or the unavailability of yet-to-be-developed powder types. Thanks to a novel method of spray calcination, test-ready additives for rapid market entry can be ready in just a few weeks.

Matted from hot gas stream – matting agent with Glatt powder synthesis

Spray calcination // Their share in the paint system is only a few percent, but their effect triggers buying impulses and makes the cash registers of vehicle manufacturers and furniture producers ring: Matting agents. Thanks to a novel process of spray calcination in a pulsating stream of hot gas, new ideas can be turned into additives ready for testing within just a few weeks. (Article in German language)

Innovative particle design for high performance applications

With APPtec® for thermal powder synthesis and high-temperature fluid bed, plant manufacturer Glatt Ingenieurtechnik offers effective manufacturing processes for unique product properties. For particle design and the development of customized processes, Glatt has apparatus and equipment on a laboratory, pilot and production scale. (Article in German language)

Precise design – thermal process for powder production enables fine adjustment

A new thermal process for powder production – Advanced Pulse Powder Technology – is designed to enable targeted particle design. Manufacturers of advanced ceramics can thus achieve unique and customized product properties. (Article in German language)

Particle synthesis in pulsed hot gas stream: Powders tailored to customers’ needs

Glatt Ingenieurtechnik developed a new powder technology that allows powder composition and particle design to be adjusted to meet a customer’s specific application needs. By synthesising the powder in a pulsed hot gas stream, product structures can now be generated that were not accessible with conventional techniques.

Powder production accelerates pulse beat – spray pyrolysis reactor for pigments and catalysts

Powder production accelerates pulse beat – spray pyrolysis reactor for pigments and catalysts.
Tailor-made – this stands for unique, high-quality and suitable. The Apptec process developed by Glatt for powder synthesis, on the other hand, leaves little room for chance. With a pulsating hot gas stream, this further development of spray pyrolysis enables unerring particle design for application fields such as catalyst and pigment development. (Article in German language)