产品名称：	HH-790CH4-GC 甲烷转化炉分析乙烯、丙烯中的痕量一氧化碳，CO2
产品型号：	HH-790CH4-GC
品牌：	1356
产品数量：
产品单价：	面议
日期:	2023-07-01

HH-790CH4-GC 甲烷转化炉分析乙烯、丙烯中的痕量一氧化碳，CO2的详细资料

甲烷转化炉分析乙烯、丙烯中的痕量一氧化碳，CO2
甲烷转化炉分析乙烯、丙烯中的痕量一氧化碳，CO2详细信息：


浩瀚色谱（山东）应用技术开发有限公司建立了甲烷转化炉气相色谱火焰离子化检测器(GCFID)测定乙烯、丙烯样品中痕量一氧化碳和二氧化碳的方法。对色谱柱、柱温、进样方式等条件进行了优化。该方法分离效果好,具有良好的重复性和准确度,检出限低。本方法适用于乙烯、丙烯中痕量一氧化碳和CO2的检测。

名称：便携式甲烷转化炉
型号：HH-790CH4-GC

适合于：安捷伦4890. 5890, 6890, 7890, 7820, 8860, 8890气相色谱仪上


浩瀚色谱，研制生产：外置式甲烷转化器，具有小巧玲珑，方便携带，安装简单（用户可完成安装），集成化高（含气路系统，进样系统，温控系统，分离系统），可扩展二维/多维系统，反吹，切割系统。一机多用，实用价值高。


甲烷转化炉分析乙烯、丙烯中的痕量一氧化碳，CO2 测试谱图：

Analysis of Trace Carbon Monoxide and CO2 in Ethylene and Propylene by Methane Conversion Furnace

Methane conversion furnace analysis of trace amounts of carbon monoxide and CO2 in ethylene and propylene Details:




Haohan Chromatography (Shandong) Application Technology Development Co., Ltd. has established a methane conversion furnace gas chromatography flame ionization detector (GCFID) method for the determination of trace amounts of carbon monoxide and carbon dioxide in ethylene and propylene samples. The chromatographic column, column temperature, and injection method were optimized. This method has good separation effect, good repeatability and accuracy, and low detection limit. This method is applicable to the detection of trace amounts of carbon monoxide and CO2 in ethylene and propylene.



Name: Portable methane conversion furnace

Model: HH-790CH4-GC



Suitable for: Agilent 4890. 5890, 6890, 7890, 7820, 8860, 8890 gas chromatographs




Vast chromatography keeps pace with the times, and its development and production include an external methane converter, which is small and exquisite, easy to carry, easy to install (user can complete the installation), highly integrated (including gas path system, injection system, temperature control system, separation system), expandable two-dimensional/multi-dimensional system, back blowing, and cutting system. One machine with multiple functions and high practical value.




Methane conversion furnace analysis of trace carbon monoxide in ethylene and propylene, CO2 test spectrum: