6%液晶PBOB+0.5%H3PO4/白色405硅烷化担体液晶PBHpB柱分离测定环境水中酚类化合物_色谱柱

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产品名称：	6%液晶PBOB+0.5%H3PO4/白色405硅烷化担体液晶PBHpB柱分离测定环境水中酚类化合物
产品型号：	6%液晶PBOB+0.5%H3PO4/白色405硅烷化担体
品牌：	1356
产品数量：
产品单价：	面议
日期:	2022-08-01

6%液晶PBOB+0.5%H3PO4/白色405硅烷化担体液晶PBHpB柱分离测定环境水中酚类化合物的详细资料

液晶PBHpB柱分离测定环境水中酚类化合物
液晶PBHpB柱分离测定环境水中酚类化合物 详细信息：

名称：填充柱

规格：3m*3mm，80-100目

型号：6%液晶PBOB+0.5%H3PO4/白色405硅烷化担体

目前,测定环境样品中酚类化合物,4-氨基安替比林法由于灵敏度较高应用为广泛。未用氯仿萃取水中酚类化合物的测定下限为0.002mg/l,但该法无法区分不同酚及其异构体。因为,用这种方法进行环境状况评价,显然有很大的局限性。

近年来,色谱方法日益为人们所重视。而气相色谱法,由于目前常使用的PEG20M柱,酚异构体不能得到完全分离。

浩瀚色谱（山东）应用技术开发有限公司研究以液晶作为固定液分离测定酚类化合物。

液晶PBHpB柱分离测定环境水中酚类化合物 测试谱图：

Separation and Determination of Phenolic Compounds in Environmental Water by Liquid Crystal PBHpB Column
Separation and Determination of Phenolic Compounds in Environmental Water by Liquid Crystal PBHpB Column Details:

Name: Packed Column

Specifications: 3m*3mm, 80-100 mesh

Model: 6% liquid crystal PBOB+0.5% H3PO4/white 405 silanized carrier

At present, the 4-aminoantipyrine method is the most widely used method for the determination of phenolic compounds in environmental samples due to its high sensitivity. The lower limit of determination of phenolic compounds in water without chloroform extraction was 0.002 mg/l, but this method could not distinguish different phenols and their isomers. Because, using this method to evaluate the environmental condition obviously has great limitations.

In recent years, chromatographic methods have been paid more and more attention by people. And gas chromatography, due to the commonly used PEG20M column, the phenol isomers can not be completely separated.

Haohan Chromatography (Shandong) Application Technology Development Co., Ltd. studies the separation and determination of phenolic compounds using liquid crystal as a stationary liquid.

Liquid crystal PBHpB column separation and determination of phenolic compounds in environmental water Test spectrum: