HNZXIB 2L Spray Dryer High-Speed Centrifugal Drying Heat Sensitive Materials

Spray Dryer is mainly suitable for the laboratory for changing liquid material directly into micro powder, without filtration, concentration and smash before drying, the supplies for all solution is a broad applicability， such as emulsion, suspending liquid. Model:SD-2Voltage: 220V/60HZ Air inlet temperature:RT- 300℃ Air outlet temperature:RT- 120 ℃ Moisture evaporation:0-2000ml/h Nozzle diameter:Φ 0.7 mm Heat source:Electric MAX heating power:2.2kW /4.4kW/8.8kW Three switchable Real-time temperature control (PID):±1 ℃ Real-time display temperature accuracy of：0.1 ℃ Display:7-inch LCD color touch display,24V Operating system:embedded intelligent system Fan:0.22kw Frequency converter:0.75kw Peristaltic pump:25w Air compressor: 0.55kW Dimensions: Length (L)× width (W)× height (H) (mm)650×500×1500 Accessorieshigh boron glass drying chamber, high boron glass cyclone separator, high boron glass sample collection bottle, high boron glass waste collection bottle, feed silica gel tube, hoop, Card pad.

• The drying chamber and collection device are made of transparent high-quality high-temperature borosilicate glass so that the spray drying process is in a pollution-free and stable environment. The entire spray drying process is visible, the experiment process can be easily controlled, and problems can be detected and adjusted in time. All glass components are easy to disassemble and easy to clean.
• Built-in oil-free air compressor, powder diameter distribution, good fluidity, low noise, less than 60db, in line with national laboratory noise standards.
• The two-fluid spray atomization structure is made of high-quality 304 stainless steel with uniform atomization.
• The temperature control adopts real-time adjustment PID constant temperature control technology, and the temperature control is accurate.
• Fully automatic manual dual-mode, PLC control, color touch screen display, Chinese and English operation interface, all parameters have an LCD display.