Shimadzu 岛津13X分子筛甲烷柱+硅烷化玻璃微珠总烃柱1m*3mm

浩瀚色谱（山东）应用技术开发有限公司,采用3X分子筛甲烷柱+硅烷化玻璃微珠总烃柱/双柱配置的气相色谱,一次进样做完所有分析,效率更 高,而且能够有效提高实验结果的准确性;手工配制方法尽管有些麻烦,但也能较好的满足实验要求,且成本更低;与毛细管柱相比 来说,填充柱的检出限尽管稍差,但成本更低,已经能够满足实验要求;在样品采集环节,污染源具有负压时,需要选用动力采样, 而其余情况以及无组织排放,采用玻璃注射器采集,再注入惰性气袋存放即可,这样不但提高了采集效率,而且更加方便运送,气密 性也很好,方便保存。

名称：硅烷化玻璃微珠总烃柱
规格：1m*3mm，60-80目
型号：HH-BLQ
应用：岛津GC-14C，GC-2010，GC-2014，GC-2030
分离：环境空气/固定污染源废气中甲烷，总烃，非甲烷总烃

峰型对称，不分叉

名称：岛津13X分子筛甲烷柱
规格：1m*3mm，60-80Mesh
*高使用温度：320°C
应用：岛津GC-14C，GC-2010，GC-2014，GC-2030
分离：环境空气/固定污染源废气中甲烷，总烃，非甲烷总烃
 
Haohan Chromatography (Shandong) Application Technology Development Co., Ltd. adopts a gas chromatography configuration of 3X molecular sieve methane column+silanized glass microsphere total hydrocarbon column/double column. All analyses are completed in one injection, which is more efficient and can effectively improve the accuracy of experimental results; Although the manual preparation method is somewhat cumbersome, it can still meet the experimental requirements well and has a lower cost; Compared with capillary columns, packed columns have slightly lower detection limits but lower costs, which can already meet experimental requirements; In the sample collection process, when the pollution source has negative pressure, dynamic sampling is required, while in other cases and unorganized emissions, glass syringes are used for collection and then injected into inert gas bags for storage. This not only improves the collection efficiency, but also makes transportation more convenient, with good airtightness and easy storage.
Name: Silanized Glass Bead Total Hydrocarbon Column
Specification: 1m * 3mm, 60-80 mesh
Model: HH-BLQ
Application: Shimadzu GC-14C, GC-2010, GC-2014, GC-2030
Separation: Methane, total hydrocarbons, non methane total hydrocarbons in ambient air/stationary pollution source exhaust gas
Symmetrical peak shape, without branching
Name: Shimadzu 13X Molecular Sieve Methane Column
Specification: 1m * 3mm, 60-80Mesh
*High operating temperature: 320 ° C
Application: Shimadzu GC-14C, GC-2010, GC-2014, GC-2030
Separation: Methane, total hydrocarbons, non methane total hydrocarbons in ambient air/stationary pollution source exhaust gas