Quantachrome

Read below on characterization of materials for fuel cells and batteries

Adsorbents Building and filling materials and binder Soil samples, sediments and rocks Emulsions Fibres of different origin Filters and membranes Graphite , carbon black and carbon Catalysts Ceramics and dental Synthetics and polymers Food and beverage Materials for fuel cells and batteries Metal powder and other diverse milled products Minerals, glas, sand and quartz Oxides, salts and other crystalline compounds Pharmaceutic products and cosmetics Pigments, powder coatings, paints, toner and inks Characterization of milling processes of mill, classifier and plant manufacturers

Materials for fuel cells and batteries

Materials for fuel cells and batteries are powders, concentrated dispersions, membranes and catalysts, too. QUANTACHROME provides the following test methods for the characterization of materials for fuel cells and batteries:

- Gas adsorption (BET surface and pore analysis)
- Hg porosimetry (pore analysis of all pores)
- Porometry (analysis of through-pores in membranes)
- Acoustic spectrometry (particle size in micro and nanometer range in concentrated dispersions)
- Electro acoustics (zeta potential in concentrated dispersions)
- Chemisorption (active surface, catalytic characteristics)
- TURBISCAN-principle (stability of dispersions)
- Dynamic light scattering (particle size in nanometer range)
- Laser diffraction (particle size of powders)

The dedicated analyzers are

- Gas adsorption: AUTOSORB-, QUADRASORB-, NOVA-series, MONOSORB
- Hg porosimetry: POREMASTER-series
- Porometry: POROMETER 3G-series
- Acoustic spectrometry: DT-1202, DT-100
- Electro acoustics: DT-1202, DT-310, DT-300
- Chemisorption: AUTOSORB-iQ-C, CHEMBET-series
- Stability of dispersions: TURBISCAN-series
- Dynamic light scattering: SCATTEROSCOPE
- Laser diffraction: CILAS 990, CILAS 1090, CILAS 1190

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