Audited Supplier
Product Description
6 Advantages Of LABOAO Small Spray Dryer
2. Filter system with pleated filter element, Filtration area of 104 cubic meters per hour, PTFE film.
3. LCD touch screen and PLC controller, can observe real-time working condition clearly.
4. The spraying, drying and receiving system are made of high borosilicate glass, which has the advantages of visualization of cleaning process, visualization of atomization process, strong acid and alkali resistance, etc.
5. Built-in imported oil-free air compressor, low noise, less than 60db.
6. Two-fluid atomizer, the atomizer spray guns has an air cap, and the air cap is a metal one-piece structure, which can greatly improve the stability of gas circulation.
| Model | LSP-8000S |
| Max capacity | 1500-2000ml/h |
| Temperature range of Inlet air | 80ºC -250ºC |
| Temperature range of outlet air | 30ºC -180ºC |
| Precision of temperature | ± 1 ºC |
| Dryer time | 1.0-1.5 S |
| Min. feeding | 50ml |
| Air compressor power | 0.58 kW |
| Drying air volume | 2787L/min |
| Drying chamber diameter | ¢220 mm |
| Spray system | Two-fluid spray atomization structure with standard 0.7mm nozzle options of 0.5/1.0/1.5/2.0mm |
| Power | 4.5KW 220V |
| Voltage | 220V |
| Dimensions | 800×600×1300 ( mm ) L x W x H |
| Weight | 100kg |
Our Advantages
1. Advanced Touch Screen Interface: The lab-scale spray dryer features a state-of-the-art color touch screen interface with a parameter LCD, offering users intuitive and precise control over the drying process. This user-friendly interface enhances operational efficiency and simplifies experimentation setup and monitoring.
2. Precision Temperature Control: With real-time regulation of PID constant temperature control technology, this spray dryer ensures accurate temperature control with a heating temperature accuracy of ±1°C. This level of precision enables researchers to achieve consistent and reproducible results across experiments, critical for scientific reliability and data integrity.
3. Transparent Design for Enhanced Visibility: The spray, drying, and collecting device is constructed of transparent, high-quality borosilicate glass, providing full visibility of the experimental process. This transparency allows researchers to closely monitor the spray drying process, facilitating timely adjustments and ensuring optimal experimental outcomes.
4. Efficient Atomization Structure: Utilizing a high-precision stainless steel atomization structure for two-fluid spray, this spray dryer produces a finely distributed powder spray with excellent fluidity. This ensures uniform drying and particle formation, crucial for obtaining high-quality dried products suitable for various applications.
5. Built-in Safety Features and Convenience: The spray dryer is equipped with built-in safety features such as automatic nozzle unblocking and shutdown protection. Additionally, it includes a feed peristaltic pump for flexible feed volume adjustment, catering to diverse experimental requirements while ensuring safety and convenience during operation.
Company Profile
FAQ
Q1: Can you explain how the temperature control works in this lab-scale spray dryer?
A1: Certainly! Our lab-scale spray dryer utilizes PID constant temperature control technology, ensuring precise regulation of the drying temperature with an accuracy of ±1°C. This technology maintains a consistent temperature throughout the drying process, allowing researchers to achieve reproducible results across experiments.
Q2: What safety features are integrated into the spray dryer to ensure user protection?
A2: Safety is paramount in our lab-scale spray dryer. It includes automatic nozzle unblocking and shutdown protection features. In the event of nozzle blockage, the system automatically clears the blockage to ensure continuous operation. Moreover, the shutdown protection prevents the fan from turning off when the heater temperature exceeds 60°C, minimizing safety risks during operation.
Q3: How does the atomization structure contribute to the quality of the dried powder?
A3: The spray dryer features a high-precision stainless steel atomization structure for two-fluid spray. This design ensures that the diameter of the powder spray is normally distributed, resulting in finely distributed particles with excellent fluidity. This uniform atomization contributes to the production of high-quality dried powder suitable for various applications.
Q4: Can you explain the functionality of the transparent borosilicate glass used in the dryer?
A4: Absolutely! The spray, drying, and collecting device is constructed with transparent borosilicate glass, providing full visibility of the experimental process. This transparency allows researchers to closely monitor the spray drying process, facilitating timely adjustments and ensuring optimal outcomes.
Q5: How user-friendly is the control interface of the spray dryer?
A5: The control interface of our lab-scale spray dryer is designed to be highly user-friendly. It features a color touch screen interface with parameter LCD, offering intuitive control over the drying process. Users can easily monitor and adjust parameters, enhancing operational efficiency and experimental control.
