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McMurdik (Shanghai) Instrument Co., Ltd

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    info@malvern.com.cn

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    13361877513

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    1st Floor, Building D, San Yin Ji Jin Yuan, No. 88 Shuanglian Road, Xujing Town, Qingpu District, Shanghai

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ChemiSorb Auto Compact Fully Automatic Chemical Adsorption Instrument

NegotiableUpdate on 12/19
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Overview
Micromeritics ChemiSorb Auto is a compact fully automatic chemical adsorption instrument suitable for catalyst characterization, supporting pulse chemical adsorption and programmed temperature analysis (TPR/TPO/TPD). It has high precision, high repeatability, easy operation, supports multi gas configuration, and is widely used in scientific research and industrial fields. It provides key data such as metal dispersion and active area, with high cost-effectiveness, and helps with efficient catalyst analysis.
Product Details

ChemiSorb Auto 紧凑型全自动化学吸附仪ChemiSorb Auto 紧凑型全自动化学吸附仪ChemiSorb Auto 紧凑型全自动化学吸附仪



ChemiSorb Auto 紧凑型全自动化学吸附仪ChemiSorb AutoCompact fully automatic chemical adsorption instrument


Micromeritics ChemiSorb Auto is a compact fully automated chemical adsorption analyzer designed to provide high-precision, reproducible results for heterogeneous catalysts.

Whether you are conducting temperature programmed experiments or pulse chemical adsorption analysis, the ChemiSorb Auto desktop analyzer can provide reliable performance, affordable cost of use, and ease of use.

ChemiSorb Auto compact fully automatic desktop chemical adsorption analyzer, allowing chemical adsorption characterization to set sail again. Unlike traditional complex operating systems, ChemiSorb Auto offers high cost-effectiveness and provides high-performance analysis results.

ChemiSorb Auto is designed specifically for laboratories that pursue reliability and efficiency, assisting researchers in academic and industrial fields in characterizing catalyst chemisorption.


ChemiSorb Auto 紧凑型全自动化学吸附仪


The results are reliable and trustworthy

·Provide stable performance for conventional chemical adsorption analysis

·Dead body actively small, detector instantaneous response, ensuring ± 1% repeatability

·Ideal choices for temperature programmed reduction (TPR), temperature programmed desorption (TPD), temperature programmed oxidation (TPO), and active surface area (metal dispersion) measurement


Time and effort saving, simple operation

·Fully automatic operation: simply load the sample and start the analysis, leave within 5 minutes, and the equipment will automatically complete the analysis task

·Compact desktop design, integrated into various laboratory environments

·Equipped with intuitive MicroActive software, allowing users with different levels of experience to easily run experiments and analyze data


Affordable price and outstanding performance

ChemiSorb Auto has core chemical adsorption analysis capabilities and is cost-effective, affordable for both academic institutions and factory laboratories.


Fast conversion from data to conclusion

Use Micromeritics MicroActive data analysis software to quickly analyze material properties from experimental data. For example:

·Interactive peak analysis: limit value selection, baseline definition, integration and deconvolution

·Built in analysis models: pulse chemical adsorption, dispersion, metal surface area, particle size, first-order kinetics, desorption heat, activation energy, BET specific surface area, etc

·Seamless integration of mass spectrometry data

·Detailed and configurable graphical reports

·Support automatic file export for easy data management


ChemiSorb Auto 紧凑型全自动化学吸附仪


Instrument functions


·Temperature

Environmental temperature up to 1000 ° C

Configure CryoCooler: -100 ℃ to 1000 ℃


·Heating rate

-100 ° C-400 ° C: up to 100 ° C/minute

400 ° C -600 ° C: up to 50 ° C/minute

600 ° C -800 ° C: up to 25 ° C/minute

800 ° C -900 ° C: up to 10 ° C/minute

900 ° C-1000 ° C: up to 5 ° C/minute


·Carrier gas

4-way air intake: He, H ₂, CO, O ₂, Ar, H ₂/Ar, N ₂ O, NH ∝/He, etc


·Loop gas

4-way air intake: He, H ₂, CO, O ₂, Ar, H ₂/Ar, N ₂ O, NH ∝/He, etc


·Analysis type

Pulse chemical adsorption

Program temperature analysis: TPR, TPO, TPD, TPSR

Strong chemical adsorption: active metal area, dispersion, particle size

Surface concentration of active sites

Reduction and oxidation temperature

Acid site intensity distribution: Lewis/Br ø nsted acid site distribution

Penetration curve analysis

activation energy


·Optional

Mass spectrometer detector

B. E.T. surface area