Product Description
100umParticle * * recovery rate.
This device can obtain 40~100um particles that are considered very difficult to obtain on the laboratory spray dryer device.
As the purpose of this device, it can be used in production preparation experiment, high-value sample experiment, application research of encapsulated spray drying method and alternative method of traditional drying method in general laboratory.
The dual fluid nozzle spray method with * * rate and large drying chamber are adopted. Compared with other products, the DL410 drying chamber has less sample adhesion, and the drying chamber is specially designed
The special cold air inlet can effectively prevent spray particles from flying back upward and adhering.
The large hard glass drying chamber is very convenient to observe the spray state and particle conditions.
The nozzle head can undergo pulse cleaning treatment at regular intervals through an automatic mechanism.
The hot air inlet temperature has a wide range of settings, which can improve processing capacity and experimental efficiency.
The enlargement of the drying chamber enables the equipment to provide sufficient time for drying fine particles
This enables the production of shaped powders such as ceramics and in fields such as medicine and food
The products produced by the device have similar particles of 40-100um.
Specifications
model |
|
DL410 |
|
nature
can
|
Water evaporation rate |
Max .3000ml/h |
Spray mode |
Two fluid nozzle method (sieve diameter 0.7mm) |
Contact mode of spray and hot air |
Lower spray concurrent flow mode |
Liquid delivery pump |
Quantitative liquid delivery pump, variable flow rate up to 70ml/min |
Inhalation blower |
DCBrushless motor, 0.3-1.0 m3/min |
Temperature control method |
PIDcontrol |
Temperature regulator setting range |
40-300℃ |
heater |
Stainless steel heating tube, 2.0KW * 2 |
Export temperature sensor |
KType thermocouple |
Temperature regulation accuracy |
Inlet temperature ± 1 ℃ |
|
structure
become
|
Desiccation Room |
Size, inner diameter 457 * height 975 (glass part) |
Material: Drying chamber, cyclone section, product container: ultra hard glass, other piping materials are stainless steel and silicone hoses |
Additional structure of nozzle |
Automatic cleaning of sieve holes (probe tapping), removal of powder adhered to the front end (nozzle blowing) |
Additional structure of the fuselage |
Automatic lifting and lowering of the head (hot air blowing out part) (used for cleaning and drying the room) |
Installation device |
Adjustment function: inlet temperature, hot air volume, pumped liquid volume, spray air pressure, screen cleaning time
Indicator: inlet temperature, outlet temperature, dry air, air volume meter, spray air pressure gauge
|
Overlift prevention structure |
The side of the heater room is equipped with an independent over rise preventer |
External output |
Inlet temperature, outlet temperature output (4-209mA) |
Collection container carrying platform |
Standard configuration |
Anti-static brush |
Standard configuration |
Safety cover |
Standard configuration |
Security function |
Inlet and outlet temperature overheating, reverse function of liquid delivery pump, overcurrent leakage protection switch |
|
gauge
grid
|
External dimensions |
W1060×D880×H1770mm |
weight |
About 180kg |
Power supply (50/60Hz) |
AC200V 24A |
Accessories |
1 silicone liquid delivery hose (outer diameter 6.4mm * inner diameter 3.2mm * length 2m), 1 intake hose (inner diameter 7.9mm * length 3m), and 1 exhaust hose 5m (inner diameter 50mm * length 3m) |
Product selection |
Organic solvent recovery device (GAS410) |
