Gas analyzer Micromeritics AutoChem III
laboratorythermal conductivitychemisorption

Gas analyzer - Micromeritics AutoChem III - Malvern Panalytical - laboratory / thermal conductivity / chemisorption
Gas analyzer - Micromeritics AutoChem III - Malvern Panalytical - laboratory / thermal conductivity / chemisorption
Gas analyzer - Micromeritics AutoChem III - Malvern Panalytical - laboratory / thermal conductivity / chemisorption - image - 2
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Characteristics

Measured entity
gas
Application domain
laboratory
Measured value
moisture, thermal conductivity, chemisorption
Mode of use
automated
Detector type
TCD
Other characteristics
temperature control

Description

A catalyst characterization laboratory in a single analytical instrument Industry-leading accuracy through superior sample and gas temperature control, patented gas blending, and 100% sensor sensitivity improvement Save hours per day with rapid cooling, a non-cryogenic moisture trap for TPR, and the most available pre-plumbed gas streams Enhance operator safety by operating without glass vacuum dewars, cryogenic liquids, or complicated operations with hot fittings The AutoChem from Micromeritics is the most widely used and highly cited system for catalyst reactivity characterization because it is also the most automated, highly accurate system for chemisorption and temperature-programmed reactions. The all-new AutoChem III meets and exceeds that performance with a design that will save you hours a day, make the most sensitive, reproducible measurement, and enhance operator safety. Pulse Chemisorption TPR (Temperature Programmed Reduction) TPO (Temperature Programmed Oxidation) TPD (Temperature Programmed Desorption) TPSR (Temperature Programmed Surface Reaction) Dynamic B.E.T. (Brunauer–Emmett–Teller) Breakthrough Curve Metal Dispersion Metal Surface Area Active Surface Area Crystallite Size Heat of Desorption Activation Energy B.E.T. Surface Area Metal-Supported Catalysts Acid or Base Catalyzed Reactions Oxide or Zeolite Catalysts Advanced Battery Anode Materials Fuel Cell Catalysts Features Internal gas temperature control in four separate zones prevents condensation during studies with vapor and improves overall signal stability.

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