JG airflow dryer

Product Overview:
Airflow drying, also known as instant drying. It is the rapid removal of water (mainly surface water) from small particles and powdery wet materials that are easily dehydrated. In airflow drying, due to the extremely short residence time of the material, the quality of the dried product is better controlled. Our factory closely follows advanced technologies at home and abroad, providing high-quality and inexpensive complete sets of equipment for industries such as pharmaceuticals, chemicals, and food. There are three main product series: JG reinforced airflow dryer; QG positive or negative pressure pulse airflow dryer; FG positive and negative pressure two-stage airflow dryer.

Product Features:
1: The high drying intensity, small equipment capacity, large airflow drying processing capacity, and low investment are unmatched by other equipment.
2: High degree of automation, extremely short drying time (0.5-2 seconds), material drying is carried out in the pipeline, and the product quality is good.
3: Complete equipment supply. The basic model consists of an air filter, heater, feeder, drying pipe, fan, and cyclone separator. There are three types of materials: A3 steel, aluminum alloy, and stainless steel strip. Users can choose and select materials according to their needs, and add dust collectors and other auxiliary equipment.
4: Choose your own heat source. The inlet air temperature is directly proportional to the production output. The inlet air temperature is generally between 100-300 ℃, and the outlet temperature is between 30-60 ℃. According to the heat resistance of the material, the selected heat sources are steam, electric compensation, hot air furnace, hot oil furnace, etc.
5: The inlet humidity can be between 1-60%, and the outlet humidity can reach 0.1-18%
6: The water evaporation rate is determined based on a dry corn starch content of 40%, a final moisture content of 13.5%, and an inlet thermometer at around 145 ℃. Other materials are determined based on specific conditions.

Technical consultation and testing
Due to the many factors that affect water evaporation in airflow drying, including water dispersion, particle size, temperature difference, and degree of airflow stirring, our factory can provide free samples, technical consultation, and modeling and process reference for customers to choose the best drying equipment.

Application scope:
This machine is particularly suitable for processing wet materials with high moisture content in paste like form, as well as materials that cannot be dried by other airflow drying methods, such as copolymers of vinyl acetate and vinyl chloride, acetate fiber flocs, catalysts, etc C.M.C、CT-1 Resin, calcined gypsum, electrolytic manganese dioxide, ammonium anthraquinone sulfonate, activated carbon, fluorite, diatomaceous earth, silica gel catalyst, bone powder, potassium perchlorate, sulfonamide drugs, synthetic resin, activated gluten, activated clay, chemical filter cake, rutile titanium dioxide, sebacic acid, copper sulfate, aluminum sulfate, sodium sulfate, calcium phosphate, phosphorylated starch, dye, calcium citrate ester, coal slurry, dough shaped bread with rice bran, clay, clay cement, urea, bentonite, spherical clay, aluminum hydroxide, barium hydroxide, milk ester calcium, food, washed kaolin, cyanuric acid, gypsum slurry, lime, biological products, carbon black, calcium carbonate slurry, sludge residue, organic chemical stearate Iron oxide, organic fuel, corn protein feed, moist mud, mica powder, pharmaceuticals, pigments, water-based paint Potassium dichromate pulp, distiller's residue, etc.

Working Principle:
Airflow drying can quickly remove moisture (mainly surface moisture) from easily dehydrated particles and powders In airflow drying, due to the material staying in the dryer
Short time allows for better control of the quality of dried products Our factory's enhanced airflow drying is composed of a set of infinitely adjustable speed enhancers added to the basic model. Wet materials enter the enhancers through a spiral feeder and are fully mixed with the hot air flow. Under the rapid rotation and pushing of the knife, the materials are crushed into fine particles, which move towards the outlet while drying, and then enter the drying tube under wind suction for further uniform drying Wet and heavy particles that cannot be attracted by wind continue to be crushed and dried until they can be sucked up by the wind and enter the drying tube.

Technical Specifications: