PARTICLE WORLD – Articles from the field of characterizing particles, powders and pores

Our annually published magazine PARTICLE WORLD contains numerous reports about challenges and results from characterizing of particles, powders and pores and showcases applications from industrial branches. We introduce new analytical methods and discuss new norms and operational procedures. The magazine can be downloaded in lower or high resolutions and can be used to either answer specific questions or serve as a base for scientific discussions with us.

3P Particle World 20 Cover


  • Interview with the CEO Dr. Dietmar Klank
  • The Bettersizer S3 Plus for particle size analysis
    From Gustav Mie to the latest generation of laser diffraction devices
  • Fast determination of stability and packing in inkjet inks
    Examination of different pigments
  • Full characterization of rechargeable batteries
    Precise analysis of the viscosity of electrolyte solutions
  • The 3P surface DX for production and quality control of BET surface areas
  • The brand new 3P sync series
    Multi-station measurements at an optimal price/performance ratio
  • The new mixSorb S series:
    A perfect tool to investigate mixed gas / mixed vapor adsorption on a laboratory scale
  • Altamira is back!
  • Characterization of through-pore systems with PMI-Porometers
  • Overview of contract analyses – LabSPA (Lab for Scientific Particle Analysis)


The new PARTICLE WORLD issue informs about the restructure of QUANTACHROME to 3P INSTRUMENTS. We switched to PARTICLE WORLD edition 19 to close the gap to the German PARTICLE WORLD issue. Starting in January 2019 we will publish a new PARTICLE WORLD edition every year.


  • Interview with the CEO of the company, Dr. Dietmar Klank, about developments during his 25 years in the field of characterization of dispersions, powders and porous materials
  • “The next generation” in particle measurement: the combination of static light scattering and dynamic image  analysis with the BETTERSIZER S3 Plus
  • Macroscopic powder characterization: fully automated analysis of physical powder properties
  • Particle size and shape measurement of granulates, dry powders and dispersions using dynamic image analysis
  • Heat resistance of lipid based ointments
  • Why use a microfluidic rheometer?
  • From the idea to the technology behind the separation process: dynaSorb BT is gearing up!

  • The new AUTOFLOW BET+: A Revival of the Flow Method

  • Small option making a substantial difference in gas adsorption: CryoSync™ for surface and pore analysis

  • Establishing LabSPA as laboratory service provider for the characterization of dispersions, powders and porous materials



  • Aquadyne DVS – the new dual balance arangement DVS Water Sorption Analyser

  • Comprehensive determination of particle size, zeta potential, stability and μ-rheological parameters in concentrated dispersions

  • Criteria for the selection of analysers for characterisation of surfaces and pores

  • Particle Size and Shape Analysis for Drilling in Petroleum Industry


  • Analysis instruments for characterization of concentrated dispersions

  • Applications: Nano particles, emulsions, cement and ceramic slurries, milling processes and stability of dispersions

  • Near-process characterization of dispersions

  • Particle size and zeta potential of dispersions in original concentration


  • Characterization of particle size distribution by laser diffraction according the recommendations of the standard ISO 13320

  • The Laboratory for Scientific Particle Analysis (LabSPA)

  • Gas adsorption with the QUADRASORB SI: one sample – one dewar … four samples – four dewars!

  • Determination of particle size, zeta potential, rheological and other parameters in concentrated dispersions


  • QUANTACHROME Application Lab for characterization of fine and porous systems: Excellent results, reliable and fast reports and professional information

  • 40 Years CILAS: Experts in laser particle sizers and optional particle shape analysis

  • Surface and pore characterization by means of gas adsorption and mercury porosimetry

  • Determination of particle size and zeta potential of concentrated ceramic slurries



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