Fuel Cells
Optimal catalytic activity for fuel cells that perform to the max
Fuel cell development and production involve nanoscale engineering: optimizing and controlling both the particle size of the catalyst and the fluid transport properties of gases and vapors. Particle size analysis on the micrometer scale also plays a major part in the effective fabrication of electrode materials. Anton Paar solutions optimize every single component of a fuel cell to maximize its performance.
Anton Paar Products
Automated Flow Chemisorption Analyzer:
ChemBET Pulsar
ChemBET Pulsar
Automated Multipurpose Powder X-Ray Diffractometer:
XRDynamic 500
XRDynamic 500
BET surface area analyzer:
Nova
Nova
Capillary Flow Porometers for Through-Pores:
Porometer 3G
Porometer 3G
Domed Cooling Stage for Four-Circle Goniometers:
DCS 500
DCS 500
Domed Hot Stage for Four-Circle Goniometers:
DHS 1100
DHS 1100
Dynamic Light Scattering Instrument:
Litesizer DLS
Litesizer DLS
Electrokinetic Analyzer for Solid Surface Analysis:
SurPASS 3
SurPASS 3
Entry-Level Rheometer:
MCR
MCR
Gas Pycnometer for Semi-Solid and Solid Density:
Ultrapyc
Ultrapyc
High-Pressure Volumetric Gas Sorption Analyzer:
iSorb
iSorb
Inline Density Meter:
L-Dens
L-Dens
Liquid Density Sensor:
L-Dens 2300
L-Dens 2300
Mercury Intrusion Pore Size Analyzers:
PoreMaster
PoreMaster
Modular Compact Rheometer:
MCR 702e
MCR 702e
Modular Compact Rheometer:
MCR 102e/302e/502e
MCR 102e/302e/502e
Rotational Rheometer:
RheolabQC
RheolabQC
SAXS/WAXS System:
SAXSpoint 700
SAXSpoint 700
Vacuum and Flow Degasser:
FloVac
FloVac
Anton Paar particle size analysis: Maximize fuel cell performance
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