Laboratory Scale Spray Dryer

The laboratory Scale Spray Dryer designed to convert liquid materials into a dry granular form. Widely used in the drying of biomaterials, food, pharmaceuticals, and a variety of other industrial products, the design and performance of the laboratory Laboratory Scale Spray Dryer is influenced by a number of factors including feed characteristics, desired end product characteristics, heat transfer rate, mass transfer rate, chamber height to diameter ratio, and the performance of various stabilisers.

In addition, factors such as energy consumption during the spray drying process, drying rate, feed rate, drying time, evaporation rate, etc. also have a significant impact on the performance of the equipment.

1. Corrosion resistance: Stainless steel Laboratory Scale Spray Dryer has good corrosion resistance, which makes it more reliable when handling materials that may cause corrosion to the equipment. This characteristic is particularly important for drying processes where acidic, alkaline or salty materials need to be handled.
2. Improved material properties: Advanced processing methods such as cold spray technology can further improve the properties of stainless steel, making it more suitable for extreme operating conditions.
3. Relationship between magnetic properties and other properties: The magnetic properties of stainless steel have a direct influence on its other properties. By adjusting the proportion of alloying elements, the comprehensive properties of stainless steel can be optimised, including but not limited to saturation magnetisation, coercivity, etc.

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