5L Lab Pilot Spray Dryer
Introduction:
The spray volume is 1-6 L/h. Utilizing the frequency control centrifugal atomizer, the spray dryer can dry materials such as solutions, emulsion, suspension, and paste etc. into powder. Fixed or movable structure is alternative, and it is flexible and convenient with high speed and high efficiency. It is suitable to heat-sensitive materials.
Working principle:
After being sent into the centrifugal atomizer by a feed pump, the freed liquid is then atomized into droplets.
Heat-exchange carries out between the droplets and hot air, and material is dried into powder in a very short time. Powder is collected by a barrel at the bottom of the tower or cyclone separator.
It is an ideal device to dry feed liquid into powder for one-time continuous production.
Specifications:
1)Material to be handled: liquid (including some suspension liquid)
2)Max evaporation capacity: ~6 L/H
3)Inlet air temperature: room temperature to 300℃
4)Outlet air temperature: room temperature to 140 ℃
5)Heating mode: electric heating
6)Drying mode: centrifugal spray
7)Spray dryer material: internal and external bright finished SUS304
8)Control: PLC,10" LCD screen,data can be stored
9)Working voltage: 380V,50-60HZ
10)Machine size(L*W*H): 2.0m*1.3m*2.15m
11)Induced draft fan: 3kw, compressed
12)electric heater: 18kw, SUS304, glass fiber insulated
13)spiral rectifier
14)air hammer vibration
15)LED lighting in drying chamber
16)atomizer: SUS304 high speed centrifugal atomizer, frequency control, speed:0~36000rpm, atomizer disc dia: 55mm
17)Feeding pump: peristaltic pump
Features:
1. Short drying time, suitable especially for thermal sensitive material and high viscosity material like medical concentrate.
2. Easy operation, convenient adjusting, easy to disassemble and clean.
3. Various particle size available by adjusting the spray rpm, spray disc,liquid concentrate and air etc.
4. Can get various final moisture by adjusting the spray volume and outlet air temp.
5. Multiple dust collector used to ensure no material loss.