Dry powder mixers are widely used in industries such as pharmaceuticals, food, medicine, pesticides, zinc oxide, detergents, veterinary drugs, compound fertilizers, feed, petroleum, metallurgy and mining, and building materials for mixing purposes.

Dry powder mixerWorking principle
Dry powder mixerIt adopts a manual feeding and closed disc valve discharge structure, enabling dust-free operation. Meanwhile, during mixing, the materials are free from mechanical extrusion and intense friction, ensuring the material particles remain intact and undamaged.Dry powder mixerMade of stainless steel, it causes no contamination to the mixed materials. Additionally, the machine is equipped with a timing device to control the mixing time of the materials. Scope of mixing application: Thanks to its excellent structure and rational design concept, the pharmaceutical mixer offers advantages such as fast mixing, uniform mixture, easy operation, simple cleaning of the dry powder mixer, durability, compact structure, and high technical content.
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Dry Powder MixerOne end is equipped with a motor and a reducer. The motor power is transmitted to the reducer via a belt, and the reducer then transmits it to the V-shaped barrel through a coupling. The V-shaped barrel consists of two cylindrical containers welded together in a V shape, and the shape of the container is asymmetrical relative to the shaft. Due to the rotational motion, the powder particles in the inclined cylinder continuously and repeatedly alternate, divide, and merge. The material is randomly transferred from one area of the V-shape to another. At the same time, sliding occurs between the powder particles, resulting in multiple spatial overlays. The particles are continuously distributed on the newly generated surfaces, repeatedly undergoing shearing and diffusion movements, thereby achieving the purpose of mixing.
Dry Powder MixerTechnical Parameters