Main purpose
Pharmaceutical granulation and coating. Granulation: tablet granules, granule granules, capsule granules. Coating: protective layer for granules and pills, color preparation slow-release, film, enteric coating. Food granulation and coating. Stir fried sugar, coffee, cocoa powder, cream powder juice, amino acids, seasonings, puffed food. Pesticides, pigments, and dye granules. Dry powdered, granular, and bulk materials.

characteristic
By granulation with powder, improve fluidity and reduce dust flying. Improve its solubility through powder granulation. Mixing granulation drying is completed in one machine. Adopting anti-static filter cloth ensures safe operation of the equipment. Set up pressure relief holes to prevent personnel from being injured in the event of an explosion. The equipment has no dead corners, and the loading and unloading of materials are lightweight, fast, and easy to wash, in compliance with GMP standards. High degree of automation, equipped with program control, analog screen display and other technologies for users to choose from.
Working principle
Powdered materials are fed into a sealed container in a hopper. Due to the effect of hot air flow, the powder is suspended and circulated in a fluidized state, achieving uniform mixing. At the same time, a mist like binder is sprayed to wet the powder in the container, causing the powder to solidify into loose small particles. At the same time, due to the efficient drying of the hot air flow, the water continues to evaporate, and the powder solidifies continuously. The process is repeated to form ideal and uniform multi microporous spherical particles. The mixing, granulation, and drying processes are completed in one go in the container. Perform t-test on the results using the moisture content and disintegration time of solid preparations as evaluation indicators. Result: There was a significant difference (p<0.01) between boiling drying method and traditional drying method when drying solid preparations.