Spray Dryer
Properties and Application Range of Experimental Spray Dryer
Time：2018.03.21
The experimental spray dryer is designed to be compact, movable and self-contained. It can be used without auxiliary facilities.PLC control, touch screen display, Chinese and English operation interface.
Application Range of Experiment Spray Dryer:
It is mainly applicable to research and development and production of micro-particle powders in universities, research institutes, and laboratories of food, biology, beverages, chemicals, materials, and pharmaceuticals, etc. It has broad-spectrum suitability for all solutions such as emulsions and suspensions. It is suitable for drying of sensitive materials such as biological products, biological pesticides, enzyme preparations, etc., because the sprayed material is exposed to high temperatures only when it is sprayed into mist-like particles, it is only heated instantaneously and can maintain the active material in dry hind still keep its active ingredients not destroyed.
Beverages, flavors and colors, milk and egg products, extracts of plants and vegetables, pharmaceutical synthesis, heat-sensitive substances plastics, polymers and resins, aromatics, blood products, pottery and superconductors, biochemicals, dyes, soaps and detergents , food adhesives, oxides, bone meal and dentifrices, etc.
Experimental Spray Dryer Product Properties:
Maximum moisture evaporation rate: 1500-2000ML/H[1]
Peristaltic pump feed range: 50-2000ML/H
Dry air flow: 0-5.5MMin. maximum air pressure 686pa
Spray gas flow: 0-4.2 M/H, spray pressure 2-8Bar
Spray System: Two-fluid nozzle with (0.5--2.5MM)
Jet (needle):0-20S can be automatically adjusted
Spray/hot air flow: same direction, downward
Heater power: 3KW 220V
Power of the whole machine: 3.8KW 220V
Size: 1450MM*650MM*550MM (H*L*W)
Weight: 110KG
Experimental Spray Dryer Features:
1. The spray, drying chamber and collection device are made of transparent, high-quality, high-temperature, high-borosilicate glass, making the spray drying process carried out in a non-polluting and stable environment. The entire spray drying process can be visualized, which facilitates the control of the experimental process and enables the timely detection and adjustment of problems. All glass components are easy to disassemble and easy to clean.
2. Built-in imported oil-free air compressor with normal distribution of dusting particles, good fluidity, and very low noise, less than 60db, in line with national laboratory noise standards.
3, two fluid spray atomization structure, using high-quality high-precision 316 stainless steel materials, uniform atomization.
4. temperature control using real-time control PID constant temperature control technology, accurate temperature control.
5. The feeding amount can be adjusted by a peristaltic pump. At least 30 ml of sample can also complete an experiment.
6. The ejector automatically clears (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. Automatic manual dual mode, PLC control, color touch screen display, Chinese and English interface, all parameters have a liquid crystal display.
8. With protection, the heater will not start if the fan does not start.
9. After drying, the finished dry powder has a more uniform particle size and more than 95% of the dry powder is in the same particle size range.
10. Power can be used without any auxiliary facilities.
Application Range of Experiment Spray Dryer:
It is mainly applicable to research and development and production of micro-particle powders in universities, research institutes, and laboratories of food, biology, beverages, chemicals, materials, and pharmaceuticals, etc. It has broad-spectrum suitability for all solutions such as emulsions and suspensions. It is suitable for drying of sensitive materials such as biological products, biological pesticides, enzyme preparations, etc., because the sprayed material is exposed to high temperatures only when it is sprayed into mist-like particles, it is only heated instantaneously and can maintain the active material in dry hind still keep its active ingredients not destroyed.
Beverages, flavors and colors, milk and egg products, extracts of plants and vegetables, pharmaceutical synthesis, heat-sensitive substances plastics, polymers and resins, aromatics, blood products, pottery and superconductors, biochemicals, dyes, soaps and detergents , food adhesives, oxides, bone meal and dentifrices, etc.
Experimental Spray Dryer Product Properties:
Maximum moisture evaporation rate: 1500-2000ML/H[1]
Peristaltic pump feed range: 50-2000ML/H
Dry air flow: 0-5.5MMin. maximum air pressure 686pa
Spray gas flow: 0-4.2 M/H, spray pressure 2-8Bar
Spray System: Two-fluid nozzle with (0.5--2.5MM)
Jet (needle):0-20S can be automatically adjusted
Spray/hot air flow: same direction, downward
Heater power: 3KW 220V
Power of the whole machine: 3.8KW 220V
Size: 1450MM*650MM*550MM (H*L*W)
Weight: 110KG
Experimental Spray Dryer Features:
1. The spray, drying chamber and collection device are made of transparent, high-quality, high-temperature, high-borosilicate glass, making the spray drying process carried out in a non-polluting and stable environment. The entire spray drying process can be visualized, which facilitates the control of the experimental process and enables the timely detection and adjustment of problems. All glass components are easy to disassemble and easy to clean.
2. Built-in imported oil-free air compressor with normal distribution of dusting particles, good fluidity, and very low noise, less than 60db, in line with national laboratory noise standards.
3, two fluid spray atomization structure, using high-quality high-precision 316 stainless steel materials, uniform atomization.
4. temperature control using real-time control PID constant temperature control technology, accurate temperature control.
5. The feeding amount can be adjusted by a peristaltic pump. At least 30 ml of sample can also complete an experiment.
6. The ejector automatically clears (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. Automatic manual dual mode, PLC control, color touch screen display, Chinese and English interface, all parameters have a liquid crystal display.
8. With protection, the heater will not start if the fan does not start.
9. After drying, the finished dry powder has a more uniform particle size and more than 95% of the dry powder is in the same particle size range.
10. Power can be used without any auxiliary facilities.