Product Introduction

　　Spray drying is widely used in liquid forming and drying industries. It is suitable for generating powder and granular solid products from solution, lotion, suspension and paste liquid raw materials. Therefore, spray drying is a very ideal process when the particle size distribution, residual moisture content, bulk density and particle shape of the finished product must meet accurate standards.

Ｗorking principle

　　The air is filtered and heated, entering the top air distributor of the dryer, and the hot air enters the drying chamber in a spiral and uniform manner. The feed liquid passes through the high-speed centrifugal atomizer on the top of the tower body, and (rotating) spray into extremely fine mist like liquid beads, which can be dried into finished products in a very short time in parallel with hot air. The finished product is continuously output from the bottom of the drying tower and the cyclone separator, and the exhaust gas is discharged by the fan.

Performance characteristics

　　The drying speed is fast, and the surface area of the material liquid greatly increases after atomization. In the hot air flow, 95% -98% of the water can be instantly evaporated, and the drying time is only a few seconds. It is particularly suitable for drying heat-sensitive materials.

　　The product has good uniformity, fluidity, and solubility, high purity, and good quality.

　　The production process is simplified and the operation and control are convenient. For liquids with a moisture content of 40-60% (up to 90% for special materials), they can be dried into powder products in one go, without the need for crushing and screening after drying, reducing production processes and improving product purity. The particle size, bulk density, and moisture of the product can be adjusted within a certain range by changing the operating conditions, making it easy to control and manage.

Adapt to materials

Chemical industry: sodium fluoride (potassium), alkaline dye pigments, dye intermediates, composite fertilizers, formaldehyde silicic acid, catalysts, sulfuric acid agents, amino acids, white carbon black, etc.

Plastic resin: AB, ABS lotion, urea formaldehyde resin, phenolic resin, sealant (urea) formaldehyde resin, polyethylene, PVC, etc.

Food industry: Rich fat milk powder, gluten, cocoa milk powder, milk substitute powder, blood hunting powder, egg white (yolk), etc.

Food and plants: oats, chicken juice, coffee, instant tea, spice meat, protein, soybean, peanut protein, hydrolysate, etc.

Sugar: corn syrup, corn starch, glucose, pectin, maltose, potassium sorbate, etc.

Ceramics: alumina, ceramic tile materials, magnesium oxide, talc powder, etc.

Note: The water evaporation is related to the characteristics of the material and the temperature of the hot air inlet and outlet. When the outlet temperature is 90^oC, the water evaporation curve is shown in the figure below (for model selection reference). As the product is continuously updated, the relevant parameters are subject to change without prior notice.