CHEMISORB HTP STATIC MANOMETRIC CHEMISORPTION ANALYZER

ChemiSorb HTP from Micromeritics (USA) is a fully automated high-performance chemisorption analyzer for characterization of catalysts, metal-supported nanoparticles and reactive materials used in sensor devices. . Main advantage of this instrument is its six independent stations that perform analysis in parallel which reduces operator intervention and increases laboratory productivity.

ChemiSorb HTP includes dedicated pressure, mass flow and temperature monitors for each analytical station. provides consistent performance and research-level analysis for a wide range of sample types, including powders, granules, granules, solid cores, and other morphologies. Twelve gas inlets provide the flexibility to study chemisorption with a variety of probe molecules that can be used in automated sequencing procedures without operator intervention once a sequence has been run. Precision and speed of ChemiSorb HTP is ideal for both research and development and quality control.

ChemiSorb HTP includes a complete suite of software for recording important parameters used to characterize active sites, including: percent metal dispersion, active metal surface area, active particle crystallite size, and surface acidity of catalyst materials.

Features and benefits:

● Six preparation/analysis ports provide high throughput for catalyst characterization.

● Up to twelve gases can be connected to the ChemiSorb HTP covering a large number of activation/analysis possibilities.

● Catalyst activation procedures are performed in situ avoiding the risk of sample contamination before the start of the experiment.

● Independent sample ports make ChemiSorb HTP extremely versatile with each reactor having its own oven operating from ambient temperatures up to 700ﾰC.

● Independent sample ports make ChemiSorb HTP extremely versatile with each reactor having its own oven operating from ambient temperatures up to 700ﾰC.

● Full automation of activation processes with motor-driven ovens and automatic analysis sequence guarantees maximum reproducibility of results, reducing operator intervention.