气相色谱法测定有机液体中的微量水

In the petrochemical and three synthetic materials production and research, the content of the feedstock has a trace of water can not be ignored on into each process and product quality. Therefore, in analyzing the urgent need for a quick and easy method for determination of trace water to meet the needs of scientific research, production and automatic control. - Karl Fischer method for the determination of trace of water exists reagent preparation cumbersome, vulnerable to disadvantage humidity measurement results of impact.
Tengzhou City Technology Co., Ltd. Xiangying analysis developed GC7990plus gas chromatography traces of water in an organic liquid, accurate and reliable results, please consult the discussion.
      在石油化工和三大合成材料的生产及科研中,原料中微量水的含量对各成工艺和产品质量有着不容忽视的影响。因此在分析上迫切需要一种快速简便的微量水测定方法以满足科研、生产和自动控制的需要。卡尔——费休法测定微量水存在着试剂制备繁琐,测定结果易受环境湿度影响等缺点。
    滕州市翔鹰分析技术有限公司研发出GC7990plus气相色谱法测定有机液体中的微量水，结果准确可靠，欢迎咨询洽谈。



IXiangyingGC7990plus features:
1 excellent performance, competitive price, to meet the customers' choice
2 multi industry adaptability
3 outstanding performance in all kinds of harsh environment
INJ
A variety of sampling ports can be equipped with: packed column inlet, shunt / non shunt capillary inlet,
Hydrogen flame ionization detector (FID)
Maximum use temperature: 400
The minimum detection limit: -12 = 2.5*10 g/s (n-C16)
Linear range: 107 (+ 10%)
 
XiangyingGC7990plus特点：

1. 卓越的性能，具有竞争力的价格，满足广大客户的选择
2. 多行业适应性
   3. 在各种苛刻环境下均表现出色

进样口
多种进样口可配：填充柱进样口、分流/不分流毛细管进样口、
氢火焰离子化检测器（FID） 
***高使用温度：400℃
***小检出限：≤2.5*10 -12 g/s(n-C16)
线性范围：107（±10%）