AN AD25 High Shear Dispersible Mulser 25G Stainless Steel Homogenizer
SE
AD25(25G)
AN AD25(25G) High Shear Dispersion MulserSPEC
AN AD25(25G) High Shear Dispersion MulserDetails
AN AD25(25G) High Shear Dispersion MulserPacking list
- SKU
- NB033835
- Rated Voltage
- AC220V
- Rated frequency
- 50/60HZ
- input power
- 950W
- output power
- 570W
- Rated torque
- 1.95 N.m
- Duty Cycle
- S1 (continuous)
- Operation control mode
- Combined control knob
- Speed range
- 1000~28000rpm
- Speed regulation mode
- stepless speed regulation
- RPM display
- LED
- Speed memory function
- Yes
- Approved torque
- 190N.cn
- Work head material
- SS 316L stainless steel
- Allowable environment temperature
- ≤40℃
- Allowable Relative Humidity
- ≤80%
- Dimensions
- 215*310*720mm
- Machine Weight
- 9.0kg
- Work head specification
- 25G
- standard throughput
- 80~5000mL
- Max. Processing Viscosity
- 5000cp
- Rotor maximum linear speed
- 18m/s
- Maximum immersion liquid height
- 225mm
- Work head specification
- 25mm
- Working head length
- 290mm
- Maximum operating temperature
- 120℃
- Bearing material
- PTFE
- Minimum immersion liquid height
- 50mm
Introduction
The AD25 dispersion homogenizer is driven by a high-speed motor and is suitable for mixing low- to medium- and high-viscosity liquids or dispensing in liquid media, tissue cell disruption, etc. The integrated structure of the drive output and the positioning of the working head makes the running state more stable; the working head is made of good stainless steel, and the experimental application range is wide; the running speed is controlled by micro-processing, which has the ability to instantly compensate for the speed change caused by load changes and power fluctuations, and the constant speed is reliable; the built-in soft start and automatic overload protection ensure the safety of the experiment to run continuously at full load at a certain time; the speed is stepless to adjust the operating speed at any time to meet the needs of the experiment. The digital display speed is intuitive, the experimental data collection is convenient, and the operation Timer Control ensures that the experimental time is effectively controlled.