Low density sweetener pressure spray granulation and drying equipment is one of the important equipment in modern food processing and pharmaceutical industry. The equipment integrates three core processes of pressure spray, granulation and drying, and is specially designed for handling low-density sweeteners to ensure efficient and high-quality production of products.
The working principle of the low-density sweetener pressure spray granulation and drying equipment is that, first, the low-density sweetener raw liquid is conveyed to the nozzle through a high-pressure pump, and the liquid is atomized into tiny droplets by using the pressure generated by the nozzle. These droplets come into full contact with high-temperature hot air inside the drying tower, instantly completing the drying process and forming small and uniform particles. During the drying process, the moisture on the surface of the droplets evaporates rapidly, while the effective components such as sugar inside are retained, ensuring the purity and taste of the product.
The low-density sweetener pressure spray granulating and drying equipment manufactured by Jiangsu Bohong adopts advanced control system, which can realize the fully automated production process and greatly reduce the labor cost and operation difficulty. At the same time, the equipment also has advantages such as high efficiency, energy conservation, and environmental protection, which meet the requirements of modern industrial production for energy conservation, emission reduction, and environmental protection.
In the food industry, low-density sweetener pressure spray granulation and drying equipment is widely used to produce various sweetener products, such as oligosaccharides, sugar alcohols, etc. These products are loved by a large number of consumers for their low calorie and high sweetness characteristics. In the pharmaceutical industry, this equipment is also used to produce various pharmaceutical excipients, such as sweeteners, coating agents, etc., providing strong support for the production of drugs.
