haohan甲醇制甲酸专用填充柱HH-HCOOH应用在岛津GC2014上3m*1/8

浩瀚色谱(山东)应用技术开发有限公司，研制生产的《甲醇制甲酸测定填充色谱柱应用岛津 》水分，甲醇，甲酸甲酯，甲酸，分离良好，在天瑞VOCS，NMHC,在线，便携式，安捷伦，岛津，赛默飞，瓦里安，布鲁克，PE上结果满意。

适用于：

安捷伦490在线/便携，4890,5890,6890,7820,7890,8860,8890

岛津GC-14C，GC-2010，GC-2014，GC-2030

赛默飞1310,1300,1610,1600

瓦里安3800系列

布鲁克PE580,590,680,690

磐诺A90，福立GC9790，华爱，天瑞，天美，GC7900，川仪，北分瑞利，东西电子，鲁南瑞虹，捷岛/科晓

名称：填充柱

规格：3m*1/8，80-100目

型号：HH-COOH

zui高使用温度：120°C

应用：甲醇制甲酸产物的测定  气相色谱法
 

A professional gas chromatography packed column for methanol to formic acid analysis. This type of chromatographic column is mainly used for precise determination of trace acidic impurities such as formic acid and acetic acid in industrial methanol to meet the requirements of product quality control.
Research on the direct hydrolysis of methyl formate to produce formic acid: The direct hydrolysis of methyl formate to produce formic acid is an important chemical reaction pathway in industry. Formic acid, as a basic chemical raw material, is widely used in fields such as medicine, pesticides, and leather processing. Traditional production methods have problems such as high energy consumption and excessive by-products
Haohan Chromatography (Shandong) Application Technology Development Co., Ltd. has developed and produced the "Methanol to Formic Acid Determination Filling Chromatography Column Application Shimadzu" with good separation of water, methanol, methyl formate, and formic acid. The results are satisfactory on Tianrui VOCS, NMHC, online, portable, Agilent, Shimadzu, Thermo Fisher, Varian, Bruker, and PE.
Suitable for:
Agilent 490 online/portable, 48905890689088608890
Shimadzu GC-14C, GC-2010, GC-2014, GC-2030
Thermo Fisher Scientific 1310130016101600
Varian 3800 Series
Brooke PE580590680690
Panno A90, Fuli GC9790, Huaai, Tianrui, Tianmei, GC7900， Chuanyi, Beifen Ruili, Dongxi Electronics, Lunan Ruihong, Jiedao/Kexiao
Name: Filler Column
Specification: 3m * 1/8, 80-100 mesh
Model: HH-COOH
Maximum operating temperature: 120 ° C
Application: Determination of formic acid products from methanol by gas chromatography