产品名称：	SP-3400 北分瑞利气相色谱仪用甲烷转化炉
产品型号：	SP-3400
品牌：	1941
产品数量：
产品单价：	面议
日期:	2021-09-24

SP-3400 北分瑞利气相色谱仪用甲烷转化炉的详细资料

北分瑞利气相色谱仪用甲烷转化炉
北分瑞利气相色谱仪用甲烷转化炉 详细信息：

各种气相色谱仪的结构,因分析对象的不同而有不同的特点。有些仪器为了特定的需要,如为了提高对样品中某些组分的分析灵敏度,设置有专用的转化装置。气相色谱仪的通用型热导检测器对微量的CO、CO_2难以进行定量测定。而CO、CO_2在氢焰检测器上又没有响应。只有将CO、CO_2转化为CH_4,才能用氢焰检测器进行检测。

然而传统甲烷转化炉体积大，安装既关系到气路系统，又涉及电路系统，操作复杂，效率低下。

滕州市浩瀚色谱仪器技术服务有限公司，根据仪器的特点研发出专用CH4甲烷转化炉成功应用于北分瑞利气相色谱仪上，分析时间短，峰型对称，一氧化碳，二氧化碳得到有效分离，结果满意。

此款甲烷转化炉，客户完全可以独立安装，调试，效率高，使用方便，无需大量改造仪器。


北分瑞利气相色谱仪用甲烷转化炉  测试谱图：



Methane reformer for Beifen Rayleigh gas chromatograph
Methane Reformer for Beifen Rayleigh Gas Chromatograph Details:

The structure of various gas chromatographs has different characteristics due to different analysis objects. Some instruments are equipped with special conversion devices for specific needs, such as to improve the analysis sensitivity of certain components in the sample. The universal thermal conductivity detector of gas chromatograph is difficult to quantitatively determine trace amounts of CO and CO 2. However, CO and CO_2 have no response on the hydrogen flame detector. only when CO and CO_2 are converted into CH_4 can the hydrogen flame detector be used for detection.

However, the traditional methane reformer is large in size, the installation is related to the gas circuit system and the circuit system, the operation is complicated, and the efficiency is low.

Tengzhou Haohan Chromatography Instrument Technology Service Co., Ltd. has developed a special CH4 methane reformer based on the characteristics of the instrument and successfully applied it to the Beifen Rayleigh gas chromatograph. The analysis time is short, the peak shape is symmetrical, and carbon monoxide and carbon dioxide are effectively separated. The results are satisfactory. .

This methane reformer can be installed and debugged independently by customers, with high efficiency and convenient use, without the need for a large number of instrument changes.


Test spectrum of methane reformer for Beifen Rayleigh gas chromatograph: