General
AccuSorp HP (High Pressure) system is a static high-pressure gas adsorption analyzer that measures gas storage capacity, surface area, porosity, and adsorption kinetics at pressures up to 200 bar, reflecting the conditions that matter for real-world applications.
AccuSorp HP builds on more than 60 years of Micromeritics gas adsorption expertise, AccuSorp HP delivers publication-grade accuracy, automated operation, and high throughput to keep pace with the demands of modern R&D and industrial quality control (QC).
More high-pressure adsorption data. Less pressure on your operators
Traditional high-pressure adsorption analysis stifles productivity, requiring constant operator intervention across long analytical runs. AccuSorp HP is different, combining reliable accuracy with unattended operation and dual-sample analysis so your lab can analyze more, worry less, and trust every data point.
Smart software. Seamless decision-making.
Our intuitive MicroActive software generates publication-grade excess and absolute isotherms without manual post-processing. Spend less time reducing data and more time acting on it.
- Excess and absolute isotherms automatically generated for publication-ready outputs
- IAST (Ideal Adsorbed Solution Theory) and HOA (Heat of Adsorption) calculations built in for deeper material insight
- Remote connectivity for monitoring analysis status or reviewing data from any location
- Automatic data export to XLS, TXT, and PDF formats for seamless reporting and LIMS integration
Engineered for your sample
AccuSorp HP accommodates a range of sample tube sizes to support different sample types, quantities, and research requirements:
- Two 2 cc analysis chambers (standard and alternative configuration)
- 10 cc analysis chamber for larger or lower-density samples
With ±0.1% error confirmed at 100 bar, AccuSorp HP delivers reliable data even with very small sample quantities. That is a critical advantage for researchers working with novel, scarce, or expensive materials such as MOFs, COFs, and advanced sorbents.
