LPG series high-speed centrifugal spray dryer manufacturer direct sales

LPG series high-speed centrifugal spray dryerOverview:

LPG series high-speed centrifugal spray dryer is a special drying equipment suitable for drying emulsion, suspension, paste, solution and other liquids. It shows particularly outstanding performance in polymers and resins (dyes), pigments (ceramics, glass, rust removers, etc.), insecticides (carbohydrates), dairy products (detergents), surfactants, and fertilizers (organic compounds, inorganic compounds).

Working Principle:

The air passes through the filter and heater, enters the air distributor at the top of the dryer, and the hot air enters the dryer uniformly in a spiral shape. The liquid material is pumped from the liquid tank through a filter to the centrifugal atomizer of the dryer, where it is sprayed into mist like droplets. The liquid material and hot air flow together and quickly evaporate upon contact with moisture, resulting in a powder like finished product that is dried in a very short period of time. The finished product is discharged by the drying tower and cyclone separator, and the waste is discharged by the fan.

Features:

1. Fast drying speed, usually 5-15 seconds, with instantaneous drying characteristics;

2. The material can complete the drying process in a short period of time, suitable for drying heat sensitive materials, and can maintain the color, aroma, and taste of the material. The finished product has high purity and good quality;

3. Simplified production process, convenient operation and control, suitable for continuous production control; Liquid containing 40% -90% room temperature, dried into powder in one go, reducing processes such as crushing and screening;

4. The product has good dispersibility, fluidity, and solubility, and the particle size, bulk density, and moisture content of the product can be adjusted within a certain range.

technological process:

Note: The data in the report related to water evaporation rate, material characteristics, solid content, and hot air inlet and outlet temperature are for reference only. Users can choose heating methods based on local energy conditions and dust collection methods based on material characteristics.