To complete the series of dynamic characterization analyzers, Altamira now offers a multi-station instrument specifically for dynamic BET analysis. Housed in a compact foot-print, the AMI-surface DX can perform simultaneous analysis on four samples. This high-throughput and fully automated analyzer ensures the utmost efficiency in any laboratory.
Altamira is proud to introduce the AMI-micro series of sorption instruments designed for microporous characterization. The AMI-micro series of instruments is designed to determine specific surface area, pore size distribution, and pore volume in everything from carbon black to pigments to zeolites. The AMI-micro series can be adapted with multiple analysis ports for high-throughput sample testing.
Altamira is proud to introduce the AMI-meso series of physisorption instruments. After pioneering fully automated chemisorption instrumentation for more than 30 years, the AMI-meso series of instruments utilize the static volumetric method to measure isotherms. The AMI-meso series was designed specifically to characterize mesoporous materials and can even be adapted with multiple analysis ports for high-throughput testing.
The AMI-surface DX represents a new affordable and fully automated high-throughput BET analyzer. Perform single and multi-point dynamic BET experiments in a fraction of the time of static methods. The AMI-surface DX is ideal for quality control. It can also be used in a wide range of industries from pharmaceuticals to oil and gas. The AMI-surface DX can run four samples and combines the benefits of flow BET with full automation.
The AMI-meso can come with one, two, or four sorption analysis stations. Each station has an independent dosing manifold and a 1000 mmHg transducer. Each of the stations also includes an in-situ degassing module to allow for treatment of the sample to 400°C. This in-situ degassing prevents any contamination during possible sample transfer. If multiple stations are selected, each station acts independently from one another.
Each station in the AMI-micro has an independent dosing manifold with three pressure transducers: 1000, 10, and 1 (or 0.1) mmHg. Each of the stations also includes an in-situ degassing module to allow for treatment of the sample to 400°C. This in-situ degassing thus prevents any contamination during possible sample transfer. In addition, the AMI-micro 100 and AMI-micro 200 are built with two dedicated degassing stations.
Combines a variety of temperature-programmed techniques, including, TPD, TPO,TPR, and TPRx.
A complete, bench-top reactor for catalytic studies. All components are either in the gas or liquid phase and are contained in a fully automated compact package.
Custom-designed microreactors, which are fully automated and designed for unattended operation.
