“ Fully automated chemisorption and TPR/TPO/TPD/TPSR analysis up to 1,200 °C, featuring a high-sensitivity TCD detector, Kaomi React software, and outstanding reproducibility. ”
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The Autosorb 3300 is a fully automated flow chemisorption analyzer designed for comprehensive catalyst characterization. It performs pulse chemisorption measurements as well as Temperature-Programmed Reduction (TPR), Oxidation (TPO), Desorption (TPD), and Surface Reaction (TPSR) analyses with outstanding accuracy and reproducibility.
Equipped with a highly sensitive four-filament Thermal Conductivity Detector (TCD), the system delivers reliable measurements of active metal surface area, metal dispersion, and catalyst activity. Its high-temperature furnace reaches up to 1,200 °C, enabling the characterization of a wide range of catalyst materials under realistic operating conditions.
The instrument features calibrated gas injection loops, automatic gas mixing, and intelligent automation that minimizes manual intervention while improving experimental consistency. The Kaomi React software provides intuitive method development, real-time data visualization, automated analysis, and comprehensive report generation, allowing researchers to streamline catalyst characterization workflows.
Designed for research laboratories and industrial R&D, the Autosorb 3300 combines advanced automation, high analytical performance, and exceptional reproducibility to support catalyst development across multiple industries.
Flow chemisorption analyzerTPR, TPO, TPD, and TPSR measurementsAutomated pulse chemisorptionFour-filament Thermal Conductivity Detector (TCD)Furnace operating up to 1,200 °CCalibrated gas injection loopsAutomatic gas mixingKaomi React softwareAutomatic report generationHigh sensitivity and excellent reproducibility
Heterogeneous catalysisPetrochemical industryFuel cellsFuel cellsCarbon capture, utilization, and storage (CCUS)
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