φ3mm*4M 五A分子筛柱应用在安捷伦岛津赛默飞

五A分子筛柱应用在安捷伦岛津赛默飞，室内空气，焦炉煤气，炼厂气，天然气，过氧化物，苯系物，芝麻香白酒，3-甲硫基丙醇，MTBE，裂解，顶空

五A分子筛柱应用在安捷伦岛津赛默飞
五A分子筛柱应用在安捷伦岛津赛默飞 详细信息：

5A分子筛色谱柱用于定量气体中的O_2、N_2、CH_4、CO含量，达到了更好的分离效果,尤其是使氧含量测定的准确度得到了提升。

浩瀚色谱（山东）应用技术开发有限公司，研制的《五A分子筛柱应用在安捷伦岛津赛默飞》，柱效高，分离好，氢，氧，氮，一氧化碳，甲烷分离良好，结果满意。

名称：5A填充柱
规格：φ3mm*4M

使用温度：300°C

应用：安捷伦4890,5890,6890,7890,7820,8860,8890，岛津GC2030，赛默飞1310，瓦里安3800，布鲁克，PE580

分离：氢，氧，氮，一氧化碳，甲烷；H2,O2,N2,CO,CH4

The detection of hydrogen isotopes with concentrations above ppm is mainly carried out using imported high-resolution isotope mass spectrometers from abroad. Isotope mass spectrometers have high accuracy, precision, and stability in analyzing hydrogen isotopes, but they are expensive, difficult to introduce, and limited in maintenance, requiring high requirements for operators. In addition, low-temperature gas chromatography has the advantages of simple technical equipment, low system construction costs, and the ability to achieve online analysis in the analysis of hydrogen isotopes. Applications: Agilent 7890, Shimadzu GC2030, Thermo Fisher 1310, Brooke, PE580， Panno A90
Application of 5A molecular sieve column in Agilent Shimadzu Thermo Fisher Scientific
Application of 5A molecular sieve column in Agilent Shimadzu Thermo Fisher Scientific Details:
The 5A molecular sieve chromatography column was used to quantify the contents of O2, N2, CH4, and CO in gases, achieving better separation efficiency, especially improving the accuracy of oxygen content determination.
Haohan Chromatography (Shandong) Application Technology Development Co., Ltd. has developed the "Application of 5A Molecular Sieve Column in Agilent Shimadzu Thermo Fisher Scientific", which has high column efficiency and good separation of hydrogen, oxygen, nitrogen, carbon monoxide, and methane, with satisfactory results.
Name: 5A filled column
Specifications: φ3mm*4M
Operating temperature: 300 ° C
Application: Agilent 4890589068907890782088608890, Shimadzu GC2030, Thermo Fisher 1310, Varian 3800, Brooke, PE580
Separation: hydrogen, oxygen, nitrogen, carbon monoxide, methane; H2,O2,N2,CO,CH4