Post Demand

Japan Imported Fresh Seishin Optical Blocking Online Particle Size Distribution Measuring Probe Parsum IPP 70-S

price  Grid 
¥200000.00
Brand:
日本清新SEISHIN
Model:
Parsum IPP 70-S
Error rate:
Unlimited
Resolution:
400
Reproducibility:
300
Instrument Principle:
Other
Dispersion method:
100
Measurement time:
0.01m/sec~50m/sec
Measurement range:
50µm~6mm
Shenzhen Qiushan Industrial Equipment Co., Ltd.
Shop owner:Manager Deng
Address:No. 1002, Building 2, Hejian Yungu, Xinwang Road, Xinsheng Community, Longgang Street, Longgang District, Shenzhen
  • Product Introduction

The online particle size distribution measurement probe Parsum is an instrument that utilizes the spatial filtering velocimetry method to measure the particle size of solid particles dispersed in an airflow in real time. Parsum offers three product lines: the standard model IPP70-S, the explosion-proof model IPP70-SE, and the IPP80-P designed for pharmaceutical and food applications. For sample dilution and dispersion, select the **optimal** injector from four types of injector nozzles, use injector air to disperse the particles, and adjust to an appropriate concentration suitable for measurement. It is effective even in systems with high particle concentrations, and in environments where particles move irregularly, such as in fluidized beds or pipelines, the dispersion direction is homogenized, facilitating the measurement of individual particles.
The online particle size distribution measurement probe Parsum is an instrument that utilizes the spatial filtering velocimetry method to measure the particle size of solid particles dispersed in an airflow in real time. Parsum offers three product lines: the standard model IPP70-S, the explosion-proof model IPP70-SE, and the IPP80-P designed for pharmaceutical and food applications. For sample dilution and dispersion, select the **optimal** injector from four types of injector nozzles, use injector air to disperse the particles, and adjust to an appropriate concentration suitable for measurement. It performs effectively even in systems with high particle concentrations, and in environments where particles move irregularly, such as in fluidized beds or pipelines, the dispersion direction is homogenized, facilitating the measurement of individual particles.

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