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Mini spray dryer
The micro spray dryer has a liquid spraying volume of 300-600ml/h, and the atomization method of two fluid nozzles can make liquid materials without i
Product details
The micro spray dryer has a liquid spraying volume of 300-600ml/h, and the atomization method of two fluid nozzles can make liquid materials without impurities and large particles such as solutions and emulsions dry into powder products through spray. The experimental process is intuitive, easy to adjust, and easy to clean, making it an ideal choice for product research and development institutions such as universities, research institutes, industrial and mining enterprises, and pharmaceutical factories.
The material liquid is pumped to the two fluid nozzle, and the velocity difference between the compressed air and the material liquid at the nozzle is utilized to atomize the material liquid into countless tiny droplets, which are then mixed with the hot air introduced by the air separator in the drying tower to quickly exchange heat and mass. The product is dried into powder in a very short time and collected by the material cylinder at the bottom of the tower or cyclone separator.
a) The compressed air volume can be continuously adjusted, which is convenient to use and can obtain powdered products with different particle size requirements.
b) According to the characteristics of different materials and liquids, different inlet air temperatures can be preset to obtain products with different final moisture requirements.
c) The drying process is fast and efficient, with a small processing capacity. Only a small amount of liquid is needed to obtain products for analysis experiments, especially suitable for the research and development of expensive products.
d) Adopting a parallel flow drying process can avoid material overheating and is suitable for drying heat sensitive materials.
e) The device is small in size, easy to disassemble, easy to clean, flexible in operation and control, and reliable in operation.
f) Widely applicable, suitable for drying various liquid materials in chemical, metallurgical, building materials, biochemical, food, light industry, pharmaceutical and other fields.
g) Good product quality, uniform particle size, good flowability, and uniform final moisture content.
b) According to the characteristics of different materials and liquids, different inlet air temperatures can be preset to obtain products with different final moisture requirements.
c) The drying process is fast and efficient, with a small processing capacity. Only a small amount of liquid is needed to obtain products for analysis experiments, especially suitable for the research and development of expensive products.
d) Adopting a parallel flow drying process can avoid material overheating and is suitable for drying heat sensitive materials.
e) The device is small in size, easy to disassemble, easy to clean, flexible in operation and control, and reliable in operation.
f) Widely applicable, suitable for drying various liquid materials in chemical, metallurgical, building materials, biochemical, food, light industry, pharmaceutical and other fields.
g) Good product quality, uniform particle size, good flowability, and uniform final moisture content.
Suitable for drying liquid materials such as solutions and emulsions that do not contain impurities or large particles.
Chemical industry: white carbon black, concrete admixtures, barium sulfate, basic chromium sulfate, aluminum oxide, titanium oxide, kaolin, ferrite, talc, carbides, fertilizers, humic acid, dyes, detergents, ACR additives, latex, water purifiers, resins, plastics, cryolite, etc.
Food industry: dextrin, maltose, protein powder, egg yolk powder, oligosaccharides, granular oils, instant coffee, starch, spices, fruit and vegetable granules.
Dairy industry: skimmed milk powder, whole milk powder, soy milk powder, ice cream powder, whey powder, etc.
Pharmaceutical industry: Chinese and Western medicine powders, antibiotics, biochemical products, vitamins, pesticide powders, hydrolyzed proteins, enzymes, single-cell proteins, etc.
Building materials industry: ceramic blanks, glazes, ultrafine powders, etc.
Environmental protection: flue gas desulfurization, papermaking black liquor, and pharmaceutical waste liquid treatment, etc.
Other: fish meal waste liquid, feed, etc.
Chemical industry: white carbon black, concrete admixtures, barium sulfate, basic chromium sulfate, aluminum oxide, titanium oxide, kaolin, ferrite, talc, carbides, fertilizers, humic acid, dyes, detergents, ACR additives, latex, water purifiers, resins, plastics, cryolite, etc.
Food industry: dextrin, maltose, protein powder, egg yolk powder, oligosaccharides, granular oils, instant coffee, starch, spices, fruit and vegetable granules.
Dairy industry: skimmed milk powder, whole milk powder, soy milk powder, ice cream powder, whey powder, etc.
Pharmaceutical industry: Chinese and Western medicine powders, antibiotics, biochemical products, vitamins, pesticide powders, hydrolyzed proteins, enzymes, single-cell proteins, etc.
Building materials industry: ceramic blanks, glazes, ultrafine powders, etc.
Environmental protection: flue gas desulfurization, papermaking black liquor, and pharmaceutical waste liquid treatment, etc.
Other: fish meal waste liquid, feed, etc.
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