Μανομετρικοί Αναλυτές Ρόφησης Αερίων – IMI
Η σειρά IMI περιλαμβάνει υψηλής ακρίβειας αναλυτές ρόφησης αερίων με μανομετρική λειτουργία, κατάλληλους για τον χαρακτηρισμό της συμπεριφοράς ρόφησης σε προηγμένα υλικά. Καλύπτει εφαρμογές όπως η αποθήκευση υδρογόνου (IMI-HTP), η ανάλυση νανοπορωδών υλικών (IMI-PSI) και η μελέτη μιγμάτων αερίων σε λειτουργία ροής (IMI-FLOW), προσφέροντας ευέλικτες και ακριβείς λύσεις για ερευνητική και τεχνολογική χρήση.
IMI Series
The IMI Series by Hiden Isochema is a collection of advanced manometric gas sorption analyzers tailored for high–precision characterization of gas–solid interactions across a wide range of materials.
Designed for flexibility and performance, the series includes the IMI-HTP for hydrogen storage research, the IMI-PSI for high-accuracy analysis of nanoporous materials, and the IMI-FLOW, which offers powerful flowing mode capabilities for studying gas mixtures. With full automation, high pressure compatibility, and robust data acquisition systems, the IMI Series supports both fundamental research and application-driven development in materials science, energy storage, and environmental technologies.
Manometric hydrogen sorption analyzer, for investigation of novel storage materials
The IMI-HTP is a high-accuracy manometric analyzer designed for the characterization of hydrogen storage materials using the Sieverts method, with operation up to 200 bar.
Optimized for small sample sizes, it offers exceptional reliability, precision, and repeatability, supported by advanced programmable software and a modular design. Key features include sub-microgram sorption resolution, wide temperature range (ambient to 773 K), and compatibility with various gases beyond hydrogen. With robust safety features, high thermal stability, and minimal dead volume, the IMI-HTP is ideal for PCT measurements, thermodynamic/kinetic studies, and analysis of materials such as metal hydrides, MOFs, zeolites, and nanoporous carbons.
High pressure manometric sorption analyzer
The IMI-PSI is a high-pressure manometric sorption analyzer specifically developed for the characterization of nanoporous materials across a broad pressure range up to 200 bar.
Designed for BET surface area analysis and gas storage studies, it offers high measurement accuracy, repeatability, and flexibility in a single instrument. With sub-micromole resolution, automated gas switching, and 773 K degassing capability, it supports a variety of applications including adsorption isotherms, surface area determination, and energy gas storage. Its modular design, low-pressure precision, and compatibility with materials such as MOFs, zeolites, and polymers make it ideal for advanced gas sorption research.
Versatile manometric gas sorption analyzer
The IMI-FLOW is a versatile manometric sorption analyzer that uniquely integrates flowing mode operation and mass spectrometry for advanced gas analysis. It combines high-accuracy isotherm measurements up to 200 bar with precise control of flow, composition, and pressure in dynamic experiments.
Ideal for small sample sizes, it features automated switching between modes and fully programmable software, supporting applications such as gas storage, separation, and kinetic studies. With sub-micromole resolution and full integration with Hiden’s quadrupole mass spectrometers, the IMI-FLOW is ideal for analyzing nanoporous materials like MOFs, zeolites, and carbons across a wide temperature range.
ΠΑΡΟΜΟΙΑ ΠΡΟΪΟΝΤΑ
