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Model NO.: LPG
Origin: Changzhou
HS Code: 8419399090
Model NO.: LPG
Origin: Changzhou
HS Code: 8419399090
The spray drying technology is most suitable for producing the powder and particle products from materials such as solutions, emulsions, soliquids, and pumpable pastes.
For this reason, when the particle size, distribution, residual moisture, stacking density, and shape of the final product must meet high precision standards, spray drying becomes one of the most preferred technologies.
China High Speed Centrifuge Spray Drying Machine
Brief Introduction of LPG Spray Dryer:
I. Working Principle and Configuration Options:
The solution, emulsion, suspension liquid, or slurry is sprayed into fine droplets in hot air, which then fall from the top to the bottom of the drying chamber. As the water evaporates, the material transforms into a powder or granular form. Hot air is induced from the top of the drying tower, while the material is pumped to the top using a screw pump or peristaltic pump. The material is atomized into small droplets through the atomizer. When these droplets come into contact with the hot air, the water evaporates quickly, and the material is dried within a very short time. The dried product is discharged from the bottom of the tower or via the cyclone (depending on the configuration). The hot air, now cooler and more humid, is exhausted by an exhaust fan. Fine particles in the air are collected through various separation devices such as cyclones, bag filters, or combinations like cyclone + bag filter or cyclone + wet scrubber. These systems are selected based on the product characteristics and customer requirements.
Depending on the product properties and needs, additional systems such as secondary drying and cooling (e.g., ZLG vibration fluid bed or pneumatic conveying), formulation systems, or powder sieving systems may be installed after the spray dryer, along with dehumidifiers.
II. Features of Our Equipment:
Our spray dryers are designed with advanced technology both in China and globally. When compared with well-known brands worldwide, our equipment performs similarly or even slightly better in key parameters such as final moisture content, color, flavor, particle size, solubility, and bulk density. Many customers have achieved their desired results using our machines.
III. Applications:
Food Industry: Whole milk powder, cocoa milk powder, milk substitutes, egg white/yolk, oat-based products, chicken juice, instant tea, seasoning meat, proteins, soybean and peanut proteins, protein hydrolysates, corn syrup, starch, glucose, pectin, maltose, potassium sorbate, pumpkin powder, etc.
Pharmaceutical Products: Traditional Chinese medicine extracts, medicinal colloids, yeast, vitamins, antibiotics, amylase, lipase, etc.
Plastics Resins: AB, ABS emulsion, urea-formaldehyde resin, phenolic resin, polyethylene, polyvinyl chloride, etc.
Detergents: Advanced washing powder, normal washing powder, soap powder, soda powder, emulsifiers, brighteners, phosphoric acid agents.
Chemical Industry: Sodium fluoride/potassium, alkaline dyes and pigments, dye intermediates, Mn3O4, formic silica acid, catalysts, sulfuric acid agents, amino acids, silica, etc.
Ceramics: Aluminum oxide, ceramic tile materials, magnesium oxide, talc, etc.
The solution, emulsion, suspension liquid, or slurry is sprayed into fine droplets in hot air, which then fall from the top to the bottom of the drying chamber. As the water evaporates, the material transforms into a powder or granular form. Hot air is induced from the top of the drying tower, while the material is pumped to the top using a screw pump or peristaltic pump. The material is atomized into small droplets through the atomizer. When these droplets come into contact with the hot air, the water evaporates quickly, and the material is dried within a very short time. The dried product is discharged from the bottom of the tower or via the cyclone (depending on the configuration). The hot air, now cooler and more humid, is exhausted by an exhaust fan. Fine particles in the air are collected through various separation devices such as cyclones, bag filters, or combinations like cyclone + bag filter or cyclone + wet scrubber. These systems are selected based on the product characteristics and customer requirements.
Depending on the product properties and needs, additional systems such as secondary drying and cooling (e.g., ZLG vibration fluid bed or pneumatic conveying), formulation systems, or powder sieving systems may be installed after the spray dryer, along with dehumidifiers.
II. Features of Our Equipment:
Our spray dryers are designed with advanced technology both in China and globally. When compared with well-known brands worldwide, our equipment performs similarly or even slightly better in key parameters such as final moisture content, color, flavor, particle size, solubility, and bulk density. Many customers have achieved their desired results using our machines.
III. Applications:
Food Industry: Whole milk powder, cocoa milk powder, milk substitutes, egg white/yolk, oat-based products, chicken juice, instant tea, seasoning meat, proteins, soybean and peanut proteins, protein hydrolysates, corn syrup, starch, glucose, pectin, maltose, potassium sorbate, pumpkin powder, etc.
Pharmaceutical Products: Traditional Chinese medicine extracts, medicinal colloids, yeast, vitamins, antibiotics, amylase, lipase, etc.
Plastics Resins: AB, ABS emulsion, urea-formaldehyde resin, phenolic resin, polyethylene, polyvinyl chloride, etc.
Detergents: Advanced washing powder, normal washing powder, soap powder, soda powder, emulsifiers, brighteners, phosphoric acid agents.
Chemical Industry: Sodium fluoride/potassium, alkaline dyes and pigments, dye intermediates, Mn3O4, formic silica acid, catalysts, sulfuric acid agents, amino acids, silica, etc.
Ceramics: Aluminum oxide, ceramic tile materials, magnesium oxide, talc, etc.
Customers interested in learning more are encouraged to contact us for detailed information. We can provide budget estimates, space requirements, utility consumption data per ton, and other relevant details to help you make an informed decision.
| Specification | LPG-5 | LPG-25 | LPG-50 | LPG-100 | LPG-150 | LPG-200 |
| Air Inlet Temperature | 140–550 °C (based on the product to be dried and URS) | |||||
| Air Exhaust Temperature | 60–120 °C (based on the product to be dried and URS) | |||||
| Nominal Water Evaporation Capacity (kg/h) | 5 | 25 | 50 | 100 | 150 | 200 |
| Heating Method | High-pressure steam, steam + electricity, any type of fuel (diesel, natural gas, liquefied petroleum gas, coal, etc.), or solid fuel (any combustible material). Please specify. | |||||
| Drying Tower Diameter (mm) | 1100 | 1800 | 2150 | 2560 | 2860 | 3200 |
| Overall Dimensions (m) | 2×1.4×2.2 | 5×3×4 | 6×4×5 | 8×4×6 | 8×5×7 | 10×5×8 |
| Product Yield | 95–99.9% (depends on product properties and configurations) | |||||
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