Mini Spray Drying for Laboratory
The Standard method of operation the Mini Spray Dryer
1. Two-fluid nozzle, operated by compressed air to disperse the solution into fine droplets
2. Electric heating of the drying medium
3. Spray cylinder for drying the droplets to solid particles
4. Separation of the particles in the cyclone
5. Outlet filter to remove fine particles
6. Aspirator for generating the flow
Specification :
1. Two-fluid nozzle, operated by compressed air to disperse the solution into fine droplets
2. Electric heating of the drying medium
3. Spray cylinder for drying the droplets to solid particles
4. Separation of the particles in the cyclone
5. Outlet filter to remove fine particles
6. Aspirator for generating the flow
Specification :
- Power Rating 2500 W, Voltage 200/230 V, 50–60 Hz
- Evaporative Capacity 1.0 l/hr H2O, higher for organic solvents
- Sample Volume 300 – 1000ml
- Air Flow Max. of 35 cu. m./hr
- Max. Temperature Inlet 220 °C, Max. Temperature Outlet 90 °C
- Heating Capacity 2200 W
- Spray Gas Compressed air or nitrogen, 200–1000 l/hr, 5–8 bar
- Nozzle Diameter 0.7 mm Standard, 1.4 and 2.0 mm as accessories
- Nozzle Cap 1.4 mm and 1.5 mm diameter
- Possible particle size 5–30 μm
- Main Chamber materials Stainless steel SS-316
- Separating Chamber materials Glass
Spray Drying Units
High durable materials selection to get maximum operation run, and low time maintenance. Robust design, simple programming with interactive menu design suited to your application.
Models Available :
Specification :
Models Available :
- Pilot Production Scale
- Production Scale
Specification :
- 1m3 to 5m3 chamber capacity
- ambient to 300oC inlet temperature
- ambient to 250oC outlet temparature
- 25 to 30 micron particle size
- Spray nozzle dusting
- Equipment with air inlet filter & zozzle cooling chamber
- Digital controller with interactive menu design
