脫氧儀應用之工業氫中氧，氬分離。液化石油氣，二甲醚，甲縮醛，乙縮醛，乙醇，室內空氣，焦爐煤氣，煉廠氣，天然氣。變壓器油，多氯聯苯，植物油，增塑劑，氨氣，乙縮醛，苯系物

脫氧儀應用之工業氫中氧，氬分離
脫氧儀應用之工業氫中氧，氬分離 詳細信息：

 在氣體分析方法中,氣相色譜法是應用為廠泛的技術方法,然而,氣體中的氧和氬組分,在氣相色譜分離中較難分開,往往是以氧和氬的總和(混合峰)表現出來,所以,在工業氫中氧、氬、氮的測定和電子工業用氧中的微量氬、氮的測定方法中都應用了脫氧柱技術。

對于高純氧分析，脫氧容量的減少，會縮短活化周期和明顯影響分析工作效率。為此，浩瀚色譜（山東）應用技術開發有限公司研發了新型的高純氧分析進樣器Haohan -Deoxidizer脫氧裝置氣相色譜儀配套使用，實現了率工作分析高純氧氣體中的微量錳和氮。將雙脫氧柱改為單脫氧柱，就可方便地實現工業氫中氧、氬、氮的測定。

脫氧范圍：0--99.998%

浩瀚色譜，的產品
脫氧效率高，使用壽命長


脫氧儀應用之工業氫中氧，氬分離  測試譜圖：



Separation of oxygen and argon in industrial hydrogen used by deoxidizer
Separation of oxygen and argon in industrial hydrogen used by deoxygenator Details:

 Among the gas analysis methods, gas chromatography is the most widely used technical method. However, the oxygen and argon components in the gas are difficult to separate in gas chromatographic separation, often based on the sum of oxygen and argon (mixed peaks) Therefore, in the determination of oxygen, argon, and nitrogen in industrial hydrogen and the determination of trace argon and nitrogen in oxygen used in the electronics industry, the deoxygenation column technology is used.

For high-purity oxygen analysis, the reduction of deoxygenation capacity will shorten the activation period and significantly affect the efficiency of the analysis. To this end, Haohan Chromatography (Shandong) Applied Technology Development Co., Ltd. has developed a new type of high-purity oxygen analysis sampler Haohan -Deoxidizer gas chromatograph to achieve high-efficiency analysis of trace manganese in high-purity oxygen gas. And nitrogen. Changing the double deoxy column to a single deoxy column can easily realize the determination of oxygen, argon, and nitrogen in industrial hydrogen.

Deoxidation range: 0--99.998%

Haohan Chromatography, a unique product
High deoxidation efficiency and long service life


The separation test spectrum of oxygen and argon in industrial hydrogen used by the deoxidizer: