High Yeild High Quality Lab Scale Spray Dryer For Various Plants Powders

• Customization: Available
• After-sales Service: Forever
• Warranty: One Year
• Model NO.: SP-SD20
• Heating Mode: Convective
• Material Status: Powder
• Atomization: Gas Atomization
• Flow: Parallel Flow
• Heat Source: Electricity
• Type: Airflow Spray
• Certification: CE
• Max Capacity: 2000mL/H
• Temperature Range of Inlet Air: 30ºC ~ 300ºC
• Temperature Range of Outlet Air: 30ºC ~ 150ºC
• Dryer Time: 1.0-1.5S
• Speed of Squirt Pump: 50 ~ 2000 mL/H
• Nozzle Size: 0.5mm (0.7/0.75/1.0/1.5/2.0 mm for Option)
• Heater Power: 3000W
• Total Power: 4500W
• Usage: Powder Making Spray Dryer
• Transport Package: Wooden Case
• Trademark: SP
• Origin: China
• HS Code: 8419399090
• Production Capacity: 3500 Pieces/Month

Product Description

Description:

Mini laboratory spray dryer (small spray dryer) has a compact design and can be independently placed in a laboratory or placed on a specially designed stainless steel rack. It is self-contained and can be operated without other facilities. One-button start-up, large color LED touch screen operation, fully automatic or manual monitoring can be used for two operation modes, convenient operation and monitoring of the experimental process. It is the spray dryer with the smallest volume, the lowest noise and the excellent drying effect. 

Spray dryer is a kind of equipment that can quickly dry liquid or slurry materials into powder or granular products. It is widely used in food, pharmaceutical, chemical and other industries. Its main working principle is to spray the liquid into fine droplets through an atomizer, and at the same time pass hot air into the drying chamber to quickly evaporate the water in the droplets, thereby obtaining a dry powder or granular product.

 

Parameters:

Model	SP-SD20
Max capacity	2000mL/H
Air inlet temperature control	30~300ºC
Air outlet temperature control	30-150ºC
Evaporated water	2000mL/H
Electric heater	3KW   AC220V
Draught fan	0.55KW
Maximum quantity of wind	5.6m^3/min
Maximum air pressure	1020Pa
Air compressor	0.2KW, he largest gas production 4.2 m^3/h
Working pressure of air compressor	2~3Bar
Equipment external dimensions	800*600*1300(mm)L*W*H
Nozzle diameter	0.5mm (0.7/0.75/1.0/1.5/2.0 mm for Option)
Equipment Weight	125KG
Operating environment temp	10-40ºC

 

Advantages of Spray Dryers:
1. Original spray nozzle, high efficiency.
2. Colorful large touch screen operation, fully automatic control and manual control combined, Chinese and English panel, parameter LCD display.
3. Real-time regulation PID thermostatic control technology, accurate temperature control, heating temperature control accuracy ± 1 ºC.
4. Spraying, drying and collecting devices are made of transparent and high quality high-temperature resistant borosilicate glass, and the whole process of spray drying experiment can be visualized. 
5. The atomization structure of two-fluid spray is made of high-precision 316 stainless steel, and the particle size of the spray powder is normally distributed with good fluidity.
6. Jet automatic dredging (through the needle) and adjustable frequency, when the nozzle is blocked, it will be automatically cleared to ensure the continuity of the experiment.
7. The feeding volume can be adjusted by feeding peristaltic pump.
8. Special protection function, the fan does not start, the heater can not start.
9. Built-in imported oil-free air compressor, the noise is less than 50db.
10. After drying, the granularity of the product is uniform.



FAQS:
1.What is the primary function of the Advanced Laboratory Mini Spray Dryer?
The primary function is to convert liquid samples into dry powder form efficiently through the spray drying process.

2.What types of samples can be processed using the mini spray dryer?
The mini spray dryer is suitable for a wide range of samples, including pharmaceuticals, food products, chemicals, and biological materials.

3.What is the maximum sample volume the spray dryer can handle?
The maximum sample volume typically ranges from 50 mL to 2000 mL, depending on the specific model and configuration.

4.How does the spray dryer ensure uniform particle size distribution?
The spray dryer uses a high-performance nozzle and precise temperature control to produce uniform and consistent particle sizes.

5.What are the key benefits of using a mini spray dryer in a laboratory setting?
Key benefits include rapid drying, high efficiency, minimal sample loss, and the ability to handle small sample volumes with precise control.

6.What safety features are included in the mini spray dryer?
Safety features may include automatic shutdown in case of overheating, built-in filters to prevent contamination, and safety interlocks to protect users.

7.How easy is it to clean and maintain the spray dryer?
The mini spray dryer is designed for easy cleaning with detachable parts and accessible components, making maintenance straightforward and convenient.

8.What are the power and temperature requirements for operating the mini spray dryer?
Power and temperature requirements vary by model but typically include standard laboratory power outlets and temperature ranges up to 250°C or higher.

9.Can the mini spray dryer be used for both water-based and solvent-based samples?
Yes, the mini spray dryer can process both water-based and solvent-based samples, provided the appropriate safety measures and solvent recovery systems are in place.

10.What kind of control systems are integrated into the mini spray dryer?
The mini spray dryer is equipped with advanced control systems, including touch screen interfaces, programmable settings, and real-time monitoring for precise process control.