Microtrac MRB offers laser diffraction systems (static light scattering) as a proven method for particle size determination including dynamic light scattering instruments, perfectly suited for the characterization of nano particles.
CAMSIZER instruments enable image analysis in a wide range applications for the determination of particle size and shape.
Surface and porosity measurements can also be performed using MICROTRAC analyzers for quick determination of specific surface area, BET value and porosity of powders. This is done utilizing gas adsorption.
Some application areas include analysis of catalysts, batteries, carbon, toner, cosmetics, medicine, cement, pigments, ceramics, semiconductors, MOFs / PCPs and adsorbents.
Particle Characterization Applications
SKU: 10872
Available in countries :
      DIA: Examples of Application to Food / Drug Measurement
      DIA: Powdered and Granulated Foodstuff – Particle Size and Shape
      DIA: Wood fibres and wood powder for biofuels and particle boards
      DIA: Fertilizer
      LD: Titanium Dioxide – Documentation of the grinding progress in a
Retsch PM200 with laser diffraction analysis
      LD: Measuring Cocoa, Chocolate Liquor
and Products Using Microtrac Laser
Diffraction Analysers
      LD: Quality control of metal powders
      LD: Carbon Black Structure Evaluation with Various
      Statička analiza slika: Wollastonite – characterization of needle-shaped crystals with static
      DLS: Nanoparticle Sizing: Dynamic Light Scattering Analysis in the
Frequency Spectrum Mode
      DLS: Evaluation of Protein Dispersiveness During Crystallization
Process
      DLS: Characterization of Polymer-Inorganic Hybrid Materials by
Dynamic Light Scattering / Gas Adsorption (Polymer Brush)
      LD: Sample Preparation Guide
      GA: Which information do we obtain from the adsorption isotherm
      GA: Reproducibility pore size measurements by AFSM
      GA: Evaluation specific surface area active carbon by BET
      GA: Evaluation specific surface area of porous silica (type IV isotherm) via BET method