Product Type: Manometric Gas Sorption Analyzers

Series: IMI

Manufacturer: Hiden Isochema

Core Capabilities:

• Manometric (Sieverts) gas sorption analysis

• Pressure range up to 200 bar

• Sub-microgram / sub-micromole sorption resolution

• Fully automated operation and programmable software

• Wide temperature capability (ambient to 773 K)

• Modular system architecture

• Suitable for small sample sizes

Applications:

• Hydrogen storage materials

• Nanoporous materials (MOFs, zeolites, carbons)

• Gas adsorption isotherms

• Surface area (BET) analysis

• Gas separation and kinetic studies

• Energy and environmental materials

🔹 IMI-HTP – Hydrogen Sorption Analyzer

✅ Product Description

The IMI-HTP is a high-accuracy manometric hydrogen sorption analyzer designed for the investigation of novel hydrogen storage materials using the Sieverts method. Operating at pressures up to 200 bar, it provides exceptional precision, repeatability, and safety for PCT and thermodynamic studies.

Optimized for small sample masses, the IMI-HTP offers sub-microgram sorption resolution, minimal dead volume, and excellent thermal stability. In addition to hydrogen, it supports analysis with other gases, making it a versatile platform for advanced materials research.

✅ Key Details – IMI-HTP

• Measurement method: Manometric (Sieverts)

• Maximum pressure: 200 bar

• Sorption resolution: Sub-microgram

• Temperature range: Ambient to 773 K

• Optimized for small sample sizes

• Minimal dead volume for high accuracy

• Advanced safety and thermal management

Typical Applications:

• PCT measurements

• Thermodynamic and kinetic studies

• Metal hydrides

• MOFs and zeolites

• Nanoporous carbons

🔹 IMI-PSI – High-Pressure Sorption Analyzer

✅ Product Description

The IMI-PSI is a high-pressure manometric gas sorption analyzer developed for the precise characterization of nanoporous materials over a wide pressure range up to 200 bar. It combines BET surface area analysis and high-pressure gas adsorption in a single, flexible instrument.

With sub-micromole resolution, automated gas switching, and degassing capability up to 773 K, the IMI-PSI delivers high-quality, reproducible adsorption data for advanced materials research.

✅ Key Details – IMI-PSI

• Pressure range: Up to 200 bar

• Sorption resolution: Sub-micromole

• Degassing temperature: Up to 773 K

• Automated gas switching

• High accuracy at both low and high pressure

Typical Applications:

• BET surface area analysis

• Gas adsorption isotherms

• Energy gas storage

• MOFs, zeolites, polymers

• Nanoporous material characterization

🔹 IMI-FLOW – Manometric Sorption Analyzer with Flow Mode

✅ Product Description

The IMI-FLOW is a versatile manometric gas sorption analyzer that uniquely combines static manometric measurements with dynamic flowing-mode operation. Integrated with quadrupole mass spectrometry, it enables real-time analysis of gas composition, flow, and pressure during sorption experiments.

Designed for small sample sizes, the IMI-FLOW supports automated switching between static and flow modes, making it ideal for gas storage, separation, and kinetic studies under realistic operating conditions.

✅ Key Details – IMI-FLOW

• Measurement modes: Static manometric & dynamic flow

• Pressure range: Up to 200 bar

• Sorption resolution: Sub-micromole

• Integrated mass spectrometry compatibility

• Fully programmable and automated operation

Typical Applications:

• Gas mixture analysis

• Gas separation studies

• Adsorption/desorption kinetics

• Nanoporous materials (MOFs, zeolites, carbons)

• Dynamic sorption experiments