ChemiSorb Auto

Compact fully automatic chemical adsorption instrument

The release of ChemiSorb Auto, a compact fully automatic chemical adsorption instrument, has attracted much attention. What new experience will it bring to customers? What testing pain points can we help customers solve? Let's take a quick look.

Pain point one of the testing experiment:

Is the laboratory filled with gas cylinders of various concentrations? The experiment requires manual mixing, and each signal calibration is time-consuming and labor-intensive?

ChemiSorb Auto provides you with:

The independently developed gas mixing valve, combined with Carrier and Loop gas path design, can achieve 11 point automatic gas concentration calibration on ChemiSorb Auto.

·The calibration curve can be performed before and after the experiment

·No need to purchase more than ten types of gases separately and manually mix them, saving a lot of time

·Directly present quantitative information of the sample

The above figure shows the process of ChemiSorb Auto 11 point automatic calibration (top) and the high-precision mixing effect of the mixing valve (bottom).

Perform chemical adsorption testing using ChemiSorb Auto and import calibration curves before (or after) the experiment. After the sample testing is completed, the hydrogen consumption and highest reduction peak temperature in the H2-TPR experiment can be directly presented.

Pain point two of the testing experiment:

How to change the settings when encountering complex experiments where the basic module design is insufficient and a custom process is needed?

ChemiSorb Auto provides you with:

Personalized programming, program visualization. Make operating software as easy and user-friendly as building blocks with drag and drop.

·Each step of the operation command is clearly displayed in the corresponding flowchart, which is simple and easy to understand

·Support custom processes and preset test templates for direct calling, helping users to perform multiple and multi type fully automatic chemical adsorption tests more flexibly

·Built in integral fitting function, capable of peak splitting processing, making analysis more convenient

As shown in the figure, in the same experimental setup, H2-TPR experiment was conducted first at 1.01, followed by pulse experiment at 2.01. The Micromeritics software allows for multiple experimental setups, with TCD recording different results from programmed temperature analysis and pulse experiments.

Users of any operational level can easily access experimental templates using ChemiSorb Auto's built-in software; Complex and diverse experimental steps can be set as needed, and there is no need for human intervention between multiple experiments. The instrument is fully automated to complete the testing.

The built-in software of ChemiSorb Auto has peak splitting processing function, which can directly quantitatively calculate the hydrogen consumption corresponding to each peak.

Pain point three of the testing experiment:

Is the port of the ordinary sample tube too thin, making it difficult to add samples and prone to sample spillage and contamination?

ChemiSorb Auto provides you with:

The thoughtful design of the U-shaped sample tube's coarse and fine ports takes into account the details of practical operation.

The coarse mouthed end is 12mm, and both the spoon and funnel can easily add samples, making sample loading more convenient and cleaning easier;

The 6mm straight connector at the fine end minimizes the dead volume of the chemical adsorption testing system, ensuring more accurate testing.

Hand over physical labor to hardware and solidify mental labor into software. You only need to focus on scientific research decisions, and leave the rest to Micromeritics to handle at once.

In addition, stable and reliable hardware design further empowers your chemical adsorption experiments:

·Sample tube pressure monitoring: Accurately grasp the amount of gas injected into the sample, ensuring a repeatability of ± 1%

·High sensitivity linear thermal conductivity detector TCD: using Au coated Ni Fe alloy filament, with long lifespan and better stability

·Third party safety testing and certification: equipped with CE certification, NRTL mark, and CB system certification to ensure equipment quality and operator safety

Consult now and rejuvenate your laboratory!