Produce stable and free-flowing granules by using fluidized bed and spouted bed spray granulation, coating, and microencapsulation for animal feed mixtures. Learn how modern process technology can be used to specifically functionalize and cost-effectively manufacture feed additives like enzymes, probiotics, microorganisms, phytogenic substances, amino acids, vitamins, trace elements, mycotoxin binders, and other feed additives.
Save the date: November 4, 2026 – 4:45 p.m. ‘Superheated steam for energy efficient drying and agglomeration in a fluidized bed’. Meet Dr. Georg Fröhlich, Glatt Ingenieurtechnik, at EFFoST International Conference, November 4-6, 2026, Poznań Congress Center, Poland. Superheated steam drying and agglomeration in a fluidized bed is a novel and scalable process strategy for the sustainable production of functional food powders, such as instant beverage formulations.
Optimizing product properties and developing new products with specific characteristics. Our fluidized bed and spouted bed technologies offer unique particle design potential: washing-active substances, stabilizers, enzymes, polymers, fragrances, flavours and other active ingredients can be ideally produced, protected and refined using our technologies.
Save the date: September 24, 2026 – 2:00 p.m. ‘Superheated steam for energy efficient drying and agglomeration in a fluidized bed’. Meet Dr. Georg Fröhlich, Glatt Ingenieurtechnik, at GDL Congress on Food Technology, September 24-26, 2026, Dresden, Germany. Superheated steam drying and agglomeration in a fluidized bed is a novel and scalable process strategy for the sustainable production of functional food powders, such as instant beverage formulations, combining substantial energy savings with enhanced product functionality.
Turn ingredient ideas into particle performance. Improve solubility, stability, dosability, bioavailability, release behavior, taste, flavor, … Meet us at Vitafoods Asia 2026, September 2–4 in Bangkok, stand H5B15, and discover how particle design can turn sensitive, difficult, or poorly soluble ingredients into robust, functional products.
La microencapsulación en lecho fluidizado o lecho de chorro permite incorporar estas sustancias en gránulos de matriz y, de este modo, combinar el secado, la granulación y el control de la liberación en un solo paso. Las sustancias que se desean proteger se emulsionan y, a continuación, se granulan suavemente mediante granulación por pulverización, quedando así incorporadas de forma homogénea en una matriz protectora compacta.
Micro-encapsulation in the fluid bed or spouted bed allows the embedding of these substances in matrix pellets and thus the combination of drying, granulation and release control in one step. The substances to be protected are emulsified and then gently granulated on the basis of spray granulation and thereby embedded homogeneously distributed in a compact protective matrix.
Diseño de partículas para polvos, gránulos y pellets a partir de materias primas líquidas y/o sólidas + soluciones de ingeniería de plantas. Productos a granel a medida para productos químicos finos con propiedades de partículas específicas. ¡Visite a Glatt en Expoquimia 2026, del 2 al 5 de junio de 2026 | Barcelona, Gran Vía, Pabellón 2, Nivel 0, Pasillo A, Stand 35! Venga y descubra cómo mejorar las propiedades de sus productos con las tecnologías de Glatt.
Particle design for powders, granules and pellets out of liquid and/or solid raw matetrials + plant engineering solutions. Tailor-made bulk goods for fine chemicals with targeted particle properties. Meet Glatt at Expoquimia 2026, on June 2 – 5, 2026 | Barcelona, Gran Vía, Pavilion 2, Level 0, Street A, Stand 35! Come and find out how to enhance the properties of your products with Glatt technologies.
The transformation of liquid formulations into stable, free-flowing granules is a critical operation in nutraceutical manufacturing. Technologies such as spray drying and spray granulation in a fluidised bed are widely used to achieve this goal. The choice of technology depends on the particle characteristics required for the specific application.
Copyright: Glatt
Copyright: Glatt
Copyright: Glatt