Double Separation Type Small Portable Experimental Spray Dryer
Detail
It is mainly used in universities, research institutes and laboratories of food, medicine and chemical enterprises to produce micro-particle powders. It has broad-spectrum applicability to all solutions such as emulsions and suspensions, and is suitable for drying of heat-sensitive substances such as biological products and biological pesticides. , enzyme preparations, etc., because the sprayed materials are only exposed to high temperature when they are sprayed into mist-shaped particles, so they are only heated instantaneously, which can keep these active materials from being damaged after drying.
Feature
1. Refined nozzle, high efficiency.
2. Color large touch screen operation, combination of automatic control and manual control, Chinese and English panel, parameter LCD display.
3. Real-time regulation of PID constant temperature control technology, accurate temperature control, heating temperature control accuracy ± 1 ℃.
4. The spraying, drying and collecting devices are made of transparent high-quality high-temperature resistant high-borosilicate glass, and the whole process of spray drying experiment can be seen.
5. The atomization structure of the two-fluid spray is made of high-precision 316 stainless steel material. The particle size of the spray powder is normally distributed and has good fluidity.
6. The ejector is automatically dredged (through the needle) and the frequency is adjustable. When the nozzle is blocked, it will be automatically cleared to ensure the continuity of the experiment.
7. The feeding amount can be adjusted by the feeding peristaltic pump.
8. Unique protection function, the fan does not start, the heater cannot start, and the air volume of the fan is adjustable.
9. Built-in Taiwan Dolphin oil-free air compressor, the noise is less than 50db.
10. Equipped with air inlet filter to ensure sample purity.
11. The dried product has a uniform particle size, and more than 95% of the dry powder is in the same particle size.