安捷伦岛津赛默飞瓦里安PE用GDX104填充柱

名称:安捷伦岛津赛默飞瓦里安PE用GDX104填充柱

供应商:浩瀚色谱(山东)应用技术开发有限公司

价格:面议

最小起订量:1/个

地址:山东滕州市(商务部和技术部)

手机:13963221227

联系人:王经理 (请说在中科商务网上看到)

产品编号:216123072

更新时间:2024-11-06

发布者IP:222.134.178.179

详细说明

  聚二乙烯苯多孔小球GDX-104

  规格或纯度:80-100目,气体,半水煤气等分析

  名称:GDX-104填充柱

  规格:3m*1/8,80-100目

  编号:20240512001

  *高温度:250°C

  应用:食品级二氧化碳中乙醛,环氧乙烷,甲醇,氯乙烯,苯的测定

  适用于安捷伦6890,7890,7820,8890,8860,岛津,赛默飞,瓦里安,布鲁克,pe,磐诺,科创,华爱,天美,天瑞,捷岛,福立,川仪

  浩瀚色谱采用采样袋采样,双不锈钢填充柱单FID检测器直接进样气相色谱法测定固定污染源废气中非甲烷总烃。结果表明:低浓度或高浓度甲烷、总烃校准曲线的相关系数均达到0.9996以上,当进样量为1.0 mL时,甲烷的检出限(以甲烷计)为0.053 mg/m3,总烃的检出限(以甲烷计)为0.056 mg/m3。甲烷的相对标准偏差在1.32%~1.91%之间,相对误差在-3.77%~7.00%之间;总烃的相对标准偏差在0.92%~4.05%之间,相对误差在-8.11%~6.69%之间。操作简单,准确度高,满足固定污染源废气中非甲烷总烃测定。

  Polyvinylbenzene porous ball GDX-104

  Specification or purity: 80-100 mesh, gas, semi water gas, etc. Analysis

  Name: GDX-104 filled column

  Specification: 3m * 1/8, 80-100 mesh

  Number: 20240512001

  *High temperature: 250 ° C

  Application: Determination of acetaldehyde, ethylene oxide, methanol, vinyl chloride, and benzene in food grade carbon dioxide

  Applicable to Agilent 68907890782088908860, Shimadzu, Thermo Fisher, Varian, Brooke, PE, Panno, Sci Tech Innovation, Huaai, Tianmei, Tianrui, Jiedao, Fuli, Chuanyi

  Haohan Chromatography uses sampling bags for sampling, and dual stainless steel packed columns and single FID detectors for direct injection gas chromatography to determine non methane total hydrocarbons in fixed pollution source exhaust gas. The results showed that under experimental conditions, the correlation coefficients of the calibration curves for low or high concentrations of methane and total hydrocarbons were all above 0.9996. When the injection volume was 1.0 mL, the detection limit of methane (measured by methane) was 0.053 mg/m3, and the detection limit of total hydrocarbons (measured by methane) was 0.056 mg/m3. The relative standard deviation of methane is between 1.32% and 1.91%, and the relative error is between -3.77% and 7.00%; The relative standard deviation of total hydrocarbons is between 0.92% and 4.05%, and the relative error is between -8.11% and 6.69%. This method is easy to operate, has high accuracy, and can meet the determination of non methane total hydrocarbons in fixed pollution source exhaust gas.