PA Fast Sizer 100

the particle sizer for all your applications

photo of PA Fast Sizer 100

Fast

Broad particle size range

measurement in concentrated emulsion

small sample volume

Introduction

The new PA Fast Sizer 100 is a turnkey instrument providing particle size using acoustic spectral analysis under true sample conditions without dilution. Sample dilution is time-consuming and errorprone. The ab initio method doesn't need a calibration standard.

PA Fast Sizer 100 requires no assumptions about the particle size distribution.

Offering a flexible measurement platform, the PA Fast Sizer 100 is ideal for both laboratory and plant applications. It has a powerful MS-Excel-based data and report software and a low-maintenance design.

Application

Foto des PA Fast Sizer 100

The PA Fast Sizer 100 can be used for plant optimization, QA/QC and research for major industrial and academic applications including:

Ceramics, paint and inks, coal slurries, semiconductors, pigments, food colloids, emulsions, clay minerals, bio-colloids, paper coatings, pharmaceuticals, wet milling/grinding, control of homogenization, catalysts and zeolites, polishing compound, nano dispersion, aqueous and nonaquoeus dispersions.

Specification

Technology Acoustic Absorbtion Spectral Analysis,
no assumptions about the particle size distribution are required
Parameters Measured Particle Size Distribution,
Ultrasonic Attenuation Spectrum

Instrument

Frequency Range 1 - 100 MHz
Ultrasonic Attenuation 0.1 - 100 dB/cm
Particle Size 4 nm - 40 µm
measuring time 1 min
Dimensions 37 cm x 27.5 cm x 39 cm

Cell

Cell volume 80 µl
Sample volume with pump 50 ml

Probe

  flow-through cell for continuous monitoring of colloids processing
  no moving parts in the sensor

Sample Properties

Particle concentration 1 - 60 V%
pH 1 - 14
  suspensions and emulsions

General

This modular system can be extended to a multi sensor system:

Particle Size, Microstructure Analysis, Zeta potential, Viscosity, pH, Temperature, Conductivity, Solids Concentration, Speed of Sound.