Spray drying technology is widely used in the pharmaceutical industry, and is often used for the drying of highly heat sensitive materials and materials that are easily decomposed during the concentration process. The resulting product has fine and uniform particle size, good fluidity and instant dissolution.
1.For viscous materials, there is a nozzle cleaner, which will automatically remove when the nozzle is blocked.
2.The frequency of the needle can be automatically adjusted by the intelligent control system, which is more stable.
3.The spray, drying and collection system is made of transparent high borosilicate heat-resistant glass material, so that the drying process can be carried out in a pollution-free environment.
4.The entire spray drying experiment process is transparent and intuitive, and all the original glass parts are easy to disassemble and wash.
5.Accurate temperature control in the whole temperature zone, heating temperature control accuracy ±1℃.
High-quality high-borosilicate heat-resistant glass breaking drying chamber, high-quality high-borosilicate heat-resistant glass cyclone separator, high-quality high-bay silicon heat-resistant glass sample collection bottle, high-quality high-borosilicate heat-resistant glass rot sample collection tube, feeding silicone tube, Clamps and so on.
Free maintenance for life
Technical engineers can receive overseas training
Remote technical consultation
Video guide installation
Free replacement of certain accessories
1. What are the precautions for using spray drying?
If the power is turned off suddenly during the experiment, the heating body may overheat and damage the heating body. If the outlet temperature suddenly drops a lot or continues to drop during the experiment, or the wind of the fan drops, the machine needs to be cleaned in time.
2. What is the glass material of the spray dryer?
The spraying, drying and collection systems are all made of transparent high-quality borosilicate heat-resistant glass materials, so that the drying process can be carried out in a pollution-free environment.
3. What is the working principle of spray drying?
After filtering and heating, the air enters the air distributor on the top of the dryer, and the hot air enters the drying chamber evenly in a spiral shape. The material liquid passes through the high-speed centrifugal atomizer at the top of the tower body and sprays into extremely fine misty liquid beads, which are in contact with hot air and can be dried into finished products in a very short time. The finished product is continuously output from the bottom of the drying tower and the cyclone separator, and the waste gas is evacuated by the induced draft fan.