气体净化系统能够提供洁净的气体，降低色谱柱损坏、灵敏度损失和仪器停机的风险。将气体净化系统加装在紧靠仪器进样口的气体管线中，可以大大降低杂质浓度，从而改善痕量分析。同时也可以减少进入气相色谱柱的污染物，这对于高温分析和延长色谱柱寿命而言关重要。

当达到饱和吸附量后，请更换过滤器，以确保对气相色谱柱和分析硬件的大保护。高灵敏度指示剂变色，即提醒您需要更换过滤器。气体净化系统使您能够使用 99.996%（4.6 级）的纯氦气代替更为昂贵的 99.999%（5.0 级）或 99.9999%（6.0 级）的纯氦气，而仍然获得的分析结果。预计您可以节省 30% 的成本。

1.提供洁净气体，实现准确分析
2.快速、无泄漏的过滤器更换，可缩短停机时间
3.实用经济，快速获得回报
4.高灵敏度过滤器指示剂为您的仪器提供大程度保护

外观尺寸：Φ35*300

接    口：M8*1-Φ3-1/8
应用：载气净化，脱水，脱氧，脱烃，脱二氧化碳

气体净化器（脱水，脱氧，脱烃）  图片：



Gas purifier (dehydration, deoxygenation, dehydrocarbon)
Gas purifier (dehydration, deoxygenation, dehydrocarbon) detailed information:

The gas purification system can provide clean gas, reducing the risk of column damage, sensitivity loss and instrument downtime. Installing the gas purification system in the gas pipeline close to the inlet of the instrument can greatly reduce the impurity concentration, thereby improving trace analysis. At the same time, it can also reduce the contaminants entering the gas chromatographic column, which is essential for high-temperature analysis and extending the life of the chromatographic column.

When the saturated adsorption capacity is reached, please replace the filter to ensure maximum protection of the gas chromatography column and analytical hardware. The high-sensitivity indicator changes color, which reminds you that the filter needs to be replaced. The gas purification system allows you to use 99.996% (grade 4.6) pure helium instead of the more expensive 99.999% (grade 5.0) or 99.9999% (grade 6.0) pure helium, while still obtaining high-quality analysis results. It is estimated that you can save 30% of the cost.

1. Provide clean gas for accurate analysis
2. Fast and leak-free filter replacement can shorten downtime
3. Practical and economical, quick return
4. High-sensitivity filter indicator provides maximum protection for your instrument

Appearance size: Φ35*300

Interface: M8*1-Φ3-1/8
Application: Carrier gas purification, dehydration, deoxygenation, hydrocarbon removal, carbon dioxide removal

Gas purifier (dehydration, deoxygenation, dehydrocarbon) Picture: