目录 - hbvtc.edu.cn

目录CONTENTS

公司简介

Introduction of FT SCI

前沿专家团队

Leading Experts Team

标准化生产基地

Standardized Production Base

核心产品介绍及订货信息

Core Product Introduction and Order Information

弗顿的目标

弗顿为您提供

核心优势产品

UHPLC-MS/UPLC-MS 级乙腈

LC-MS 级乙腈

UHPLC/UPLC 梯度级乙腈

HPLC 级乙腈

无水级乙腈

制备级乙腈

产品订货信息

产品细分和应用

质控能力和手段

国际标准化管理体系

Goals of FT SCI

FT SCI Can Provide

Core Products

UHPLC-MS/UPLC-MS Grade of Acetonitrile

LC-MS Grade of Acetonitrile

UHPLC/UPLC Gradient Grade of Acetonitrile

HPLC-Grade Acetonitrile

Anhydrous-Grade Acetonitrile

Preparative-Grade Acetonitrile

Order Information

Product Segmentation and Application

Quality Control Ability and Means

International Standardized Quality Management System

弗顿的优势Advantages of FT SCI

弗顿的文化

弗顿独有专利

Culture of FT SCI

Exclusive Patents of FT SCI

掌握核心技术中国自主 UPLC-MS 溶剂量产企业

Master the Core Technology

China's Independent UPLC-MS Solvent Production Enterprise

弗顿科学是一家全球领先的国家高新技术企业，是湖北省院士专家工作站设站单位、湖北省重

大科技攻关项目联合承担单位。公司创立于 2012 年，是由武汉大学、湖北大学等一批教授、

博士科研成果转化而来，公司先后吸纳罗兰贝格、安谱实验、药明康德等一批职业经理人进入

创始团队。公司专注于分离与纯化、手性药物分子合成、痕量检测分析等技术的研发，建有超

净高纯溶剂工程技术研发中心，总部位于湖北省武汉市东湖高新区生物制药园区国家级孵化

器内，在湖北云梦国家盐化工产业园建有现代化的生产基地，具有超过 2000 吨 UPLC-MS、

LC-MS、HPLC、无水级、制备级高纯溶剂的年生产能力，拥有 Q-TOF LC-MS、UPLC、

HPLC、光谱全系等设备超过 20 台套。

公司简介INTRODUCTIONOF FT SCI01

弗顿科学｜中国新纯度

FT SCI, founded in 2012, is one of the world's leading high-tech companies. Our company was transformed from the achievements in scientific research of a group of doctors and professors at Wuhan University and Hubei University. The company has successively recruited a group of professional managers who have worked in Roland Berger , ANPEL and WuXi AppTec into the founding team. We focus on the separation & purification technology, chiral drug molecular synthesis technology, and the research and development of ppt and ppb trace organic/inorganic compounds detection and analysis. The company is headquartered in Hubei Wuhan Donghu High-tech Zone Biological Pharmaceutical Park National Incubator, and has built a modern production base in Hubei Yunmeng National Salt Chemical Industrial Park. Now, FT SCI owns large-scale instruments over 20 sets such as LC-MS, UPLC, HPLC, etc.

The total capacity of UPLC-MS, LC-MS, HPLC, anhydrous and preparative grades of high-purity solvents is over 2,000 tons per year. Our company is now a national high-tech enterprise with several research and development platforms such as Hubei Engineering & Technology Research Center for Ultra-clean and High-purity reagents. It is a unit of Hubei Academician Expert Workstation and a joint undertaking unit of the major program of technical innovation of Hubei Province.

NEW CHINESE PURITY 01 ｜ 02

弗顿的目标 Goals of FT SCI

弗顿科学秉承进口替代、新型销售、生物科技的发展战略，

立足完善的高纯生化产品研发体系，建立新型销售渠道与合

作模式，发展新兴生物制药技术。

Adhering to the “import substitution, new sales, and biotechnology” development strategy, the company bases itself on it’s perfected research and development system of high-purity biochemical products, establishing new sales channels and cooperation modes, and developing new biopharmaceutical technologies.

完整的 UPLC-MS，LC-MS，UPLC，HPLC，无水级，制

备级高纯溶剂产品体系；

拥有多名曾在 SGS、药明康德等公司从事过检测分析服务

及方法学开发的博士组成的技术服务团队；

与 Waters、Aglient、Shimadzu 等知名设备仪器公司建立

了良好的合作关系，专业可信赖。

Complete UPLC-MS, LC-MS, UPLC, HPLC, anhydrous and preparative grades of high-purity solvent product system;

Owning a technical service team consisting of many doctors who have worked in SGS, WuXi AppTec on the analysis of testing services and methodological development.

Professional and rel iable. We have establ ished good cooperative relations with Waters, Aglient, Shimadzu and other well-known instrument companies.

完善的检测设备和分析能力，国际标准化质量控制体系；

产学研相结合，不断发挥科研成果转化的重要作用；

Perfect testing instruments and analytical capabil ity, international standardized quality control system;

Combination of production-study-research to play an important role in the transformation of scientific research achievements;

弗顿的优势 Advantages of FT SCI


弗顿的文化Culture of FT SCI

使命中国新纯度

愿景打造国际一流高纯溶剂品牌

价值观专注、真诚、创新、共赢

Mission

New Chinese Purity

Vision

Create the World-class

High-Purity Solvent Brand

Values

Focus, Sincerity, Innovation,Win-win


文胜博士、教授 Sheng Wen Ph.D., Professor

覃彩芹博士、教授 Caiqin Qin Ph.D., Professor

董事长兼总经理

湖北省生物质源功能材料工程技术研究中心执行主任

湖北省新世纪高层次人才工程人选

湖北省第八届科协代表

湖北省第九届青年科技奖获得者

湖北省第十三届人大代表

Chairman and General DirectorExecutive director of Hubei Engineering &TechnologyResearch Center for Functional Materials from BiomassWinner of Hubei New Century High-level Talent Project Representative of the 8th Association of Sci & Tech of Hubei Winner of the 9th Youth Science and Technology Award in Hubei Deputy to the 13th People's Congress of Hubei province

国务院政府特殊津贴专家

湖北省重大科技专项首席负责人

生物质资源转化利用湖北省协同创新中心主任


湖北省第六届青年科技奖获得者

Expert of Special Government Allowances of the State CouncilPrincipal investigator of the major program of technical innovation of Hubei ProvinceDirector of Hubei Collaborative Innovation Center for Biomass Conversion and UtilizationWinner of Hubei New Century High-level Talent Project Winner of the 6th Youth Science and Technology Award in Hubei

LEADINGEXPERTS TEAM02 前沿专家团队


刘义博士、教授 Yi Liu Ph.D., Professor

刘启明博士、教授 Qiming Liu Ph.D., Professor

国家杰出青年基金获得者

国务院政府特殊津贴专家

湖北省院士专家工作站首席科学家


湖北省第五届青年科技奖获得者

Expert of Special Government Allowances of the State CouncilChief scientist of Hubei Provincial Academician WorkstationObtainer of National Outstanding Youth FundsWinner of Hubei New Century High-level Talent Project Winner of the 5th Youth Science and Technology Award in Hubei

公司联合创始人

教育部新世纪优秀人才支持计划人选

中国硅酸盐学会特种玻璃分会副理事长

中国硅酸盐学会第七届青年科技奖获得者

湖北省第九届青年科技奖获得者

Co-founder of the companyWinner of Education Ministry's New Century Excellent Talents PlanVice President of Special Glass Branch of China Silicate SocietyWinner of the 7th Youth Science and Technology Award of China Silicate SocietyWinner of the 9th Youth Science and Technology Award in Hubei


成立至今，申请专利 47 项，已授权 13 项。

Since establishment, FT SCI has applied for 47 patents and has authorized 13 projects.

序号No.

专利名称Name

第一发明人First Inventor

专利申请号Patent Application

Number

专利号Patent No.

专利类型Patent Type

1

复合氧化剂及利用其制备高效液相色谱淋洗液乙腈的方法Composite oxidant and method for preparing high

performance liquid chromatography eluent acetonitrile

文胜Sheng Wen 201210299189X ZL201210299189X

发明Invention

2

一种乙醇纯化系统以及色谱纯乙醇生产系统Ethanol purification system and chromatographic pure

ethanol production system

文胜Sheng Wen 201721090316X ZL201721090316X

实用新型Utility model

3

色谱纯试剂处理模块及色谱纯试剂处理系统Chromatographic pure reagent processing module and

chromatographic reagent processing system

文胜Sheng Wen 2017211700961 ZL2017211700961


4

色谱纯试剂处理柱及色谱纯试剂处理装置Chromatographic pure reagent processing column and

chromatographic pure reagent processing device

文胜Sheng Wen 2017211699432 ZL2017211699432


5一种再生炉以及再生设备

Regeneration furnace and regeneration equipment文胜

Sheng Wen 2017211700533 ZL2017211700533实用新型

Utility model

6

甲基异丁基甲酮生产装置及甲基异丁基甲酮生产系统Methyl isobutyl ketone production unit and methyl

isobutyl ketone production system

文胜Sheng Wen 2017211703476 ZL2017211703476


7

色谱纯丁酮生产装置及色谱纯丁酮生产系统Chromatographic pure butanone production unit and chromatographic pure butanone production system

文胜Sheng Wen 2017211696595 ZL2017211696595


弗顿独有专利 Exclusive Patents of FT SCI


序号No.

专利名称Name

第一发明人First Inventor

专利申请号Patent Application

Number

专利号Patent No.

专利类型Patent Type

8

氯代正丁烷生产装置及氯代正丁烷生产系统Chlorinated n-butane production unit and chloro-n-

butane production system

覃彩芹Caiqin Qin 2017211700548 ZL2017211700548


9

试剂瓶清洗装置及试剂瓶清洗系统Reagent bottle cleaning device and reagent bottle

cleaning system

覃彩芹Caiqin Qin 2017211698849 ZL2017211698849


10

色谱纯异丙醇生产系统及生产线Chromatographic pure isopropyl alcohol production

system and production line

覃彩芹Caiqin Qin 201721169716X ZL201721169716X


11

色谱纯二氯甲烷生产系统及生产线Chromatography pure dichloromethane production

system and production line

覃彩芹Caiqin Qin 201721173615X ZL201721173615X


12

叔丁基甲醚生产装置及叔丁基甲醚生产系统Tert-butyl methyl ether production unit and tert-butyl

methyl ether production system

覃彩芹Caiqin Qin 2017211700552 ZL2017211700552


13防盗盖

Anti-theft cover陈磊

Lei Chen 2015300370396 ZL2015300370396外观

Appearance


生产车间（内部）分析检测室

03 STANDARDIZED PRODUCTION BASE

标准化生产基地


Production Workshop(Internal) Analytical Testing Room

生产车间（外部）


Production Workshop(External)

弗顿为您提供

核心优势产品

FT SCI Can Provide

Core Products

为实验室和生物制药领域生产 UPLC-MS、LC-MS、UHPLC、HPLC、无水和制备级溶剂产品；

可用大型罐车和可回收容器罐装 UHPLC、HPLC、无水和制备级溶剂产品；

提供可现场开发的专有纯化处理设备，如全不锈钢外壳过滤器等；

从罐区到分装过程的全封闭工艺制造系统；

为实验室和过程化学品用户提供去除痕量杂质技术及服务支持；

专业为用户处理高纯度材料并可以同时保持产品的完整性；

贴合客户需求，量需定制的特制不锈钢材质、聚四氟材质、玻璃材质及铝制品超洁净容器提供

定制产品及系统化技术服务支持。

4 升玻璃瓶装超高纯乙腈、甲醇等产品；

可循环容器包装的超高纯乙腈和甲醇等产品；

商品级散装、可循环容器包装和桶装乙腈和甲醇

等产品。

Production of UPLC-MS, LC-MS, UHPLC, HPLC, anhydrous and preparative grades of high-purity solvents for biopharmaceutical applications;Packaging of UHPLC, HPLC, anhydrous and preparative grades of high-purity solvents into tanker trucks or returnable containers;On-site development of proprietary purification equipment, such as stainless steel shell filter, etc.;Fully closed process manufacturing system from tank area to packing process;Providing technical and service support for removing trace impurities for laboratory and process chemical users;Professional processing of high-purity materials for users while maintaining the integrity of products;Customized stainless steel, PTFE, glass and aluminium super-clean containers to meet customer needs and to provide customized products and systematic technical service support.

Ultra-pure acetonitrile and methanol packed in bulk;Ultra-pure acetonitrile and methanol packed in recyclable container;Commercial grade acetonitrile and methanol packed in bulk, recyclable container and drum format.


产品细分和应用Product Segmentation and Application

制药农业科学生物技术高纯分析应用 Pharmacy Biotechnology Agricultural Science High Purity Analysis and Application

质控能力和手段Quality Control Ability and Means

可控制溶剂中痕量有机杂质至 10ppb 级以内水平

可控制溶剂中金属离子含量至 1ppb 级水平

ICP-MS

UPLC-PDA/MS

GC-FID, GC-ECD

UV 光谱

荧光光谱

红外光谱

卡尔费休滴定

Controllable trace organic impurities content in solvents below 10 ppb levelControllable metal ion content in solvents to 1 ppb levelICP-MSUPLC-PDA/MS GC-FID, GC-ECD UV SpectrophotometerFluorescence spectrometerFTIRKarl Fischer titration

国际标准化管理体系International Standardized Quality Management System

质量认证体系：ISO 9001：2015；

环境管理体系：ISO 14001: 2015；

安全管理体系：GB/T18001:2011；

可面向制药和生物技术领域用户的实际需要而设计相应的配

套质量体系

Quality Certification System: ISO 9001：2015；Environmental Management System: ISO 14001: 2015；Safety Management System: GB/T18001:2011Designing supporting quality system to meet the actual needs of users in pharmaceutical and biotechnology fields


04随着仪器分析和生物技术的发展，其对所用的溶剂的要求也

越来越高，如高效液相色谱法、气相色谱法、光谱法等分别

是目前公认用来研究药品质量控制、环境分析的最有利手

段；而 DNA/RNA 等合成技术的发展对所用溶剂的微量水

分含量要求越来越高。因此，我们分别针对不同的用户需求，

开发了不同纯度需求的溶剂产品，现以乙腈系列产品为例解

答用户需求的详细信息，其他具体品类和包装详见订货信

息，产品参数见产品 COA，可向公司销售及技术支持部门

索取详细参数信息。

With the deve lopment of instrumenta l ana lys is and biotechnology, the requirement for the solvents is becoming higher and higher, such as HPLC, GC and spectroscopy, which are currently recognized as the most advantageous means to study drug quality control and environmental analysis. Meanwhile, the requirement for the trace moisture content in solvents is also becoming higher and higher with the development of synthetic technologies such as DNA/RNA. Therefore, we have developed solvent products with different purity requirements for different users. Now, we take acetonitrile series products as an example to answer the detailed information of users' needs. Other specific products and packaging can be found in the order information. Product parameters can be found in COA. Detailed parameters can be obtained from the sales and technical support department of the company.

CORE PRODUCT INTRODUCTION AND ORDER INFORMATION



超高效液相色谱（Ultra Performance Liquid Chromatography,

UPLC），具有超高灵敏度、超高分离度和超高分析速度等

特点，在生命科学研究、药物研发、食品及药品安全检测等

领域迅速普及。再结合质谱检测器（MS）超高灵敏度、高

选择性的特点，使得 UPLC-MS 联用技术显现出极好的应

用前景。针对 UPLC 和 MS 高灵敏度的特点，对溶剂特别

是流动相的品质要求极高，因此，我们针对性的开发出适用

Ultra performance liquid chromatography (UPLC) has the advantages of ultra-high sensitivity, ultra-high separation and ultra-high analysis speed, etc. It has been widely used in life science research, drug research and development, food and drug safety detection and other fields. Combined with the characteristics of ultra-high sensitivity and selectivity of mass spectrometry detector (MS), UPLC-MS technology shows excellent application prospects. In view of the high sensitivity of UPLC and MS, the quality of solvents, especially the flow phase, is highly required. Therefore, we have developed a super-pure

UHPLC-MS/UPLC-MS 级乙腈UHPLC-MS/UPLC-MS Grade of Acetonitrile

于 UPLC-MS 的超净高纯溶剂乙腈。该级别溶剂具有极低

的 UPLC （PDA）梯度峰，经过 0.05 μm 过滤技术，保证

极低的颗粒物含量，充分满足 UPLC 亚微米级色谱柱填料

的使用要求。同时具有极低的金属离子含量和极低的有机物

杂质含量，极低的 MS 基线噪音水平，充分保证分析的灵敏

度需求，同时保证设备更长的使用寿命。

solvent acetonitrile for UPLC-MS. The solvent of this grade has very low gradient peaks of UPLC (PDA). Through a 0.05 μm filtration process, the content of particulate matters is very low, which can fully meet the application requirements of UPLC sub-micron column packing. UPLC-MS grade of acetonitrile also has very low metal ion content, very low organic impurity content and very low baseline noise level of MS, which fully guarantees the sensitivity requirement of analysis and longer service life of the instruments.


产品参数产品优势

Characteristics Specifications

Assay min. 99.9%

Solution (100 g/L) Neutral

Acidity Max. 0.0002 meq/g

Alkalinity Max. 0.0001 meq/g

Boiling point 80 → 82 ℃

Colouration Max. 10 APHA

Density (20/4) 0.781 → 0.784

Density (20/20) 0.782 → 0.785

n 20/D 1.343 → 1.345

Evaporation residue Max. 0.8 ppm

Water Max. 100 ppm

Absorbance (190 nm) Max. 0.5






Absorbance (From 240 nm) Max. 0.005

Transmittance (190 nm) Min. 35%






Transmittance (From 240 nm) Min. 99%

UPLC Gradient (200 nm) Max. 2.0 mAU



Fluorescence (as quinine) (254/365 nm) Max. 0.5 ppb

MS-ESI/APCI (as Reserpine negative) Max. 10 ppb

MS-ESI/APCI (as Reserpine positive) Max. 2 ppb

Al (Aluminium) Max. 5 ppb

Ca (Calcium) Max. 5 ppb

Fe (Iron) Max. 5 ppb

K (Potassium) Max. 5 ppb

Mg (Magnesium) Max. 5 ppb

Na (Sodium) Max. 25 ppb

Conforms to Ch.P. Passes test

Conforms to Reag. Ph. Eur. Passes test

Conforms to ACS Passes test

1. 极低的梯度峰 , 210 nm 处小于 0.5 mAU，特别是 200

nm 处梯度峰低于 2.0 mAU，最大程度降低梯度峰对分

析结果的干扰，提高分析准确性

2. 极低的金属离子含量，最低金属离子含量低于 5 ppb

3. 采用三级水解硼硅酸盐玻璃瓶盛装，保证品质稳定

4. 广泛的 UPLC 应用适应性，可充分满足不同分析领域

的痕量分析要求（图 2 所示）

5. 极低的有机杂质含量，质谱测试中相对基线强度最低小

于 2 ppb，最大程度降低基线噪音和离子抑制效应的影

响，保证分析的高灵敏度（图 4-7 所示）

6. 经过 0.05 μm 过滤工艺，洁净环境中惰性气体填充，

保证更低的颗粒物含量及非挥发性盐含量

7. 严格的质量控制，每批次产品都经过 UPLC, UPLC-

MS, Q-TOF-LCMS 多重分析确认

8. 优异的批次稳定性

1. Very low gradient peaks (< 0.5 mAU at 210 nm, especially less than 2.0 mAU at 200 nm) can minimize their interference on the analysis results and improve the accuracy of the analysis.

2. Very low metal ion content (the lowest metal ion content < 5 ppb).

3. Packing with three-stage hydrolyzed borosilicate glass to ensure the quality stability.

4. Extensive application adaptability in UPLC can fully meet the requirements of trace analysis in different analytical fields (as shown in Figure 2).

5. The lowest relative baseline intensity in mass spectrometry is less than 2 ppb, which minimizes the influences of baseline noise and ion suppression effect, and ensures high sensitivity of analysis. (as shown in Figures 4-7).

6. Through a 0.05 μm filtration process, the inert gas is filled in a clean environment to ensure lower particulate matter content and non-volatile salt content.

7. Strict quality control, each batch of products is confirmed by UPLC, UPLC-MS, Q-TOF-LCMS multiple analysis.

8. Excellent batch stability.

Product Parameters Product Advantages

15 ｜ 16NEW CHINESE PURITY

Instrument : Waters ACQUITY UPLCH-ClassFlow rate: 0.5 mL/min; column temperature : 40 ℃ ; detector wavelength (PDA): 200 nm, 210 nm, 254 nm.Column: ACQUITY BEH C18, 1.7 μm, 2.1*100 mmGradient test conditions: solvent A (water) (v/v, %）, solvent B (acetonitrile) （v/v, %）0min, 20% B; 4.7 min, 20% B; 8.0 min, 100% B; 9.7 min, 100% B；11.0 min, 20% B.Test Samples: UPLC-MS acetonitrile (FT SCI)， LC-MS acetonitrile (M brand), UHPLC-MS acetonitrile (M brand). The specific comparison results are shown in Figure 1 below.

产品梯度分析

Gradient Analysis of Products

仪器：Waters ACQUITY UPLC H-Class

流速 : 0.5 mL/min; 柱温 : 40 ℃

检测器波长（PDA）: 200 nm, 210 nm, 254 nm

色谱柱：ACQUITY BEH C18, 1.7 μm, 2.1*100 mm

梯度条件如下：溶剂A(水) (v/v, %），溶剂B（乙腈）(v/v, %）

0 min, 20% B; 4.7 min, 20% B; 8.0 min, 100% B; 9.7

min, 100% B; 11.0 min, 20% B.

测试样品：FT SCI UPLC-MS 样品、M 品牌 LC-MS 级样品、

M 品牌 UHPLC-MS 级样品，具体比较结果如下图 1 所示：

图 1 UPLC-MS/UHPLC-MS/LC-MS 梯度比较（210 nm）

Figure 1 Gradient Comparison of UPLC-MS/UHPLC-MS/LC-MS (210 nm)

由图 1 对比可以看出，在给出的梯度条件下，FT SCI

UPLC-MS 级产品具备更低的梯度峰（小于 0.5 mAU），

显示最小的梯度分析干扰，特别是对于微量及痕量级别的分

析要求，能提供更可靠的分析结果。

From the comparison curves in Figure 1, it can be seen that under certain gradient conditions, our UPLC-MS grade of products have lower gradient peaks (less than 0.5 mAU), showing the smallest gradient analysis interference especially for micro and trace level analysis requirements, which can provide more reliable analysis results.

主要特点分析 Analysis of the Main Characteristics


To verify the UPLC suitabil ity of our products, some representative columns were selected for the gradient test according to the special requirements of different analytical fields. The specific test parameters and gradient figures are as follows:

不同 UPLC 色谱柱的适应性分析

Adaptability Analysis of Different UPLC Columns

色谱柱型号

Type of Chromatographic Column

为了验证产品的 UPLC 适应性，针对不同分析领域的特殊

要求，选用具有代表性的色谱柱进行梯度测试，具体测试参

数及图谱信息如下：

色谱柱型号应用分析领域

ACQUITY BEH C18, 1.7 μm, 2.1*100 mm 通用型 C18 柱 , 允许筛选宽泛 pH 条件

ACQUITY BEH HILIC 1.7 μm, 2.1*100 mm 适用于强极性碱性分析物 ( 如季铵盐类 )

ACQUITY BEH Amide 1.7 μm, 2.1*100 mm

针对糖、糖醇、高极性有机酸、肽、糖肽等分析物

ACQUITY HSS PFP 1.8 μm, 2.1*100 mm针对芳香类化合物、平面位置异构体、芳香卤代化合物的分析需求

ACQUITY BEH Shield RP18, 1.7 μm, 2.1*100 mm

对酚酸、大环内酯等结构的特殊选择性分析要求

ACQUITY UPLC BEH Phenyl 1.7 μm, 2.1*100 mm

对芳香化合物有独特的选择性 , 避免苯基流失底峰 (UV)

Column type Analytical field

ACQUITY BEH C18, 1.7 μm, 2.1*100 mmUniversa l C18 co lumn, a l lowing screening of wide pH conditions

ACQUITY BEH HILIC, 1.7 μm, 2.1*100 mmSuitable for strong polar alkaline a n a l y t e s ( s u c h a s q ua t e r n a r y ammonium salts)

ACQUITY BEH Amide, 1.7 μm, 2.1*100 mm

For sugar, glycol, high polar organic acids, peptides, glycopeptides and other analytes

ACQUITY HSS PFP, 1.8 μm, 2.1*100 mmFor aromatic compounds, planar i somers , a romat ic ha logenated compounds

ACQUITY BEH Shield RP18, 1.7 μm, 2.1*100 mm

Special selective analysis requirements for phenolic acids, macrolides and other structures

ACQUITY UPLC BEH Phenyl, 1.7 μm, 2.1*100 mm

Un ique se lec t i v i t y to a romat ic compounds while avoiding the bottom peak of phenyl loss (UV)


仪器：Waters ACQUITY UPLC H-Class

流速 : 0.5 mL/min; 柱温 : 40 ℃

检测器波长（PDA）: 200 nm, 210 nm, 254 nm.

梯度如下：溶剂 A( 水 ) (v/v, %），溶剂 B（乙腈）(v/v, %）

0 min, 20% B; 4.7 min, 20% B; 8.0 min, 100% B; 9.7

min, 100% B; 11.0 min, 20% B.

Instrument: Waters ACQUITY UPLC H-ClassFlow rate: 0.5 mL/min; column temperature : 40 ℃ ; detector wavelength (PDA): 200 nm, 210 nm, 254 nm.Gradient test conditions: solvent A (water) (v/v, %）, solvent B (acetonitrile) （v/v, %）0min, 20% B; 4.7 min, 20% B; 8.0 min, 100% B; 9.7 min, 100% B；11.0 min, 20% B.测试结果如下图 2 所示：The test results are shown in figure 2 below

图 2 不同色谱柱梯度比较（210 nm）

Figure 2 Gradient Comparison of Different Chromatographic Columns (210 nm)

通过图 2 对比可以明显看出，FT SCI UPLC-MS 级产品在

保证极低杂质含量的基础上，同时具备极好的分析适用性，

能完全满足不同领域的分析要求。

It can be clearly seen in Figure 2 that our FT SCI UPLC-MS grade of products have excellent analytical applicability and can fully meet the analysis requirements in different fields on the basis of ensuring very low impurity content.


测试方法

Test Method

测试仪器：LCMS-8045

色谱柱：Shimpack VP-ODS, 2.0 mm x 150 mm

离子源：ESI/APCI 正负离子模式

测试样品：FT SCI UPLC-MS 样品、M 品牌 LC-MS 级样品、

M 品牌 UHPLC-MS 级样品

Instrument: LCMS-8045 Column: Shimpack VP-ODS, 2.0 mm x 150 mmIon source: ESI/APCI, Positive and negative ion modesSamples: UPLC-MS acetonitrile (FT SCI)， LC-MS acetonitrile (M brand), UHPLC-MS acetonitrile (M brand).

测试方法（1）：以纯乙腈为流动相，流速：0.5 mL/min,

Scan 模式采集数据，具体结果如下图 3 和 4 所示：

Test method (1): pure acetonitrile as the flow phase, flow rate: 0.5 mL/min, data collection using scan mode. The test results are shown in Figure 3 and 4 below.

图 3 纯乙腈 TIC 图（ESI +）

Figure 3 Total Ion Chromatography (TIC) of Pure Acetonitrile （ESI +）

It can be clearly seen from Figure 3 and 4 that our UPLC-MS grade of products have lower baseline noise and lower impurity content under the isocratic condition of pure acetonitrile as the flow phase.

图 4 纯乙腈 TIC 图（ESI -）

Figure 4 Total Ion Chromatography (TIC) of Pure Acetonitrile （ESI -）

LC-MS-MS 基线噪音分析

Baseline Noise Analysis of LC-MS-MS

通过图 3 和图 4 可以明显看出，在流动相为纯乙腈的等度

条件下，FT SCI UPLC-MS级产品具有更低的基线噪音值，

显示产品更低的杂质含量。


测试方法（2）：以乙腈和水作为流动相（流动相中不添加

其他任何物质）

LC 梯度条件：0-0.5 min, 20% 乙腈；0.5-2.0 min, 100%

乙腈；2.0-5.0 min, 100% 乙腈 .

流速：0.5 mL/min，Scan 模式采集数据 .

具体谱图如下图 5 和 6 所示：

Test method (2): acetonitrile and water as the flow phase (No other substances were added into the flow phase)

LC gradient condition: 0-0.5 min: 20% acetonitrile; 0.5-2.0 min: 100% acetonitrile; 2-5 min: 100% acetonitrile, flow rate: 0.5 mL/min, data collection using scan mode. The test results are shown in Figure 5 and 6 below.

图 5 梯度条件下 TIC 图（ESI+）

Figure 5 TIC Curves Under the Gradient Condition（ESI +）

由以上图 5-6 结果可以看出，在梯度条件下，相对于 M 品

牌 LC-MS 和 UHPLC-MS 级产品来说， FT SCI UPLC-MS

级产品同样表现出相对较低的基线噪音水平 (ESI+/ESI-)。

From the results of Figure 5 and 6 above, it can be seen that under the gradient condition, our UPLC-MS grade of products also show relatively low baseline noise level (ESI+/ESI-) compared with LCMS and UHPLC-MS products (M brand)

图 6 梯度条件下 TIC 图（ESI-）

Figure 6 TIC Curves under the Gradient Condition（ESI -）


测试仪器：Agilent 1260+6530 Q-TOF LCMS

色谱柱：Waters ACQUITY UPLC BEH C18，2.1 x 100

mm, 1.7 µm

离子源：ESI/APCI 正负离子

利血平标准溶液：以对应测试乙腈样品来溶解配置

测试方法： LC 梯度条件：0-0.5 min, 20% 乙腈；0.5-2.0

min, 100% 乙腈；2.0-5.0 min, 100% 乙腈 , 5.0-8.0 min,

20% 乙腈 .

流速：0.5mL/min. 进样 2 ppb 利血平标准溶液，Scan 模

式采集数据 .

部分测试图谱如下图 7-8 所示 :

Instrument：Agilent 1260+6530 Q-TOF LCMSColumn：Waters ACQUITY UPLC BEH C18，2.1 x 100 mm, 1.7 µmIon source：ESI/APCI positive and negative ionsReserpine standard solution：Dissolution with corresponding acetonitrile sample.Test method：LC gradient condition：0-0.5min: 20% acetonitrile；0.5-2.0 min: 100% acetonitrile；2.0-5.0 min,100% acetonitrile, 5.0-8.0 min, 20% acetonitrile；flow rate：0.5 mL/min. Injection of 2 ppb reserpine standard solution, data collection using scan mode.Partial test results are shown in Figure 7 and 8 below:

由图 7-8 可以看出，同样在 Scan 模式下及梯度条件下，进样利血平样品标准溶液后，通过对比能明显看出，其他所有基

线杂质的质谱峰强度均低于 2 ppb 利血平分子离子峰（m/z 609.2843），充分说明 FT SCI UPLC-MS 级溶剂具备极低的

杂质含量和杂质干扰峰，保证极低的溶剂抑制效应，实现分析灵敏度的最大化。

From Figure 7 and 8, it can be seen that the mass spectra of all other baseline impurities are lower than 2 ppb reserpine molecular ion peak (m/z 609.2843) after injecting reserpine standard solution under the scan mode and gradient condition, which fully shows that our UPLC-MS grade of solvents have very low impurity content and impurity interference peaks to ensure very low solvent inhibition effect. Maximization of analytical sensitivity is achieved.

图 7 Q-TOF LCMS 利血平质谱图（Scan, APCI+）图 8 Q-TOF LCMS 利血平质谱图（Scan, ESI+）

Figure 7 Mass Spectrum of Reserpine Using Q-TOF LCMS （Scan, APCI+） Figure 8 Mass Spectrum of Reserpine Using Q-TOF LCMS （Scan, ESI+）

Q-TOF LCMS 适用性分析

Adaptability Analysis of Q-TOF LCMS



Assay min. 99.9%




Boiling point 80 → 82℃


Density (20/4) 0.781 → 0.784

Density (20/20) 0.782 → 0.785

n 20/D 1.343 → 1.345


Water Max. 100 ppm







Absorbance (From 240 nm) Max. 0.005







Transmittance (From 240 nm) Min. 99%

Gradient (210 nm) Max. 1.0 mAU

Gradient (254 nm) Max. 0.5 mAU

Fluorescence (as quinine) (254/450 nm) Max. 1.0 ppb

MS-ESI+ (as Reserpine) Max. 10 ppb

MS-APCI+ (as Reserpine) Max. 20 ppb

MS-ESI- (as 4-Nitrophenol) Max. 20 ppb

MS-APCI- (as 4-Nitrophenol) Max. 20 ppb

Al (Aluminium) Max. 10 ppb

Ca (Calcium) Max. 10 ppb

Fe (Iron) Max. 10 ppb

K (Potassium) Max. 10 ppb

Mg (Magnesium) Max. 10 ppb

Na (Sodium) Max. 50 ppb




1. 极低的梯度峰 , 210 nm 处小于 1.0 mAU，对痕量及微

量级别的梯度分析干扰较小，简化分析过程，并提高分

析结果的可靠性

2. 低的金属杂质含量（10 ppb），对金属离子敏感样品、痕

量样品或未知样品的干扰较小，利于分析准确性的提高

3. 低的有机杂质含量，可满足高灵敏度 LC-MS/MS,

Q-TOF-LCMS 分析要求

4. 严格的质量控制，每批次产品都经过 LC-MS/MS,

Q-TOF-LCMS 的双重验证分析，保证产品的质量符合

要求

1. Very low gradient peaks (<1.0 mAU at 210 nm), little interference to the gradient analysis of micro and trace levels, simplified analysis process and improved reliability of the analysis results.

2. low metal impurity content (10 ppb), less interference to metal ion sensitive samples, trace samples or unknown samples, which is beneficial to improve the accuracy of analysis.

3. Low content of organic impurities can meet the analysis requirements of high sensitive UHPLC-MS, LC-MS/MS, Q-TOF-LCMS.

4. Strict quality control. Each batch of products has been double validated and analyzed by LC-MS/MS, Q-TOF-LCMS to ensure that the quality of products meet the requirements.

LC-MS 级乙腈LC-MS-Grade Acetonitrile

产品参数产品优势Product Parameters Product Advantages



Assay min. 99.9%




Boiling point 80 → 82℃


Density (20/4) 0.781 → 0.784

Density (20/20) 0.782 → 0.785

n 20/D 1.343 → 1.345


Water Max. 200 ppm









Absorbance (240-420 nm) Max. 0.005









Transmittance (240-420 nm) Min. 99%

Fluorescence (as quinine) (254 nm) Max. 1.0 ppb

HPLC Gradient (210 nm) Max. 2.0 mAU

HPLC Gradient (254 nm) Max. 1.0 mAU

Conforms to ACS (HPLC/UV) Passes test




1. 高纯度，低的紫外及荧光杂质含量

2. 满足 UHPLC/UPLC/HPLC 梯度分析要求

3. 低的梯度峰，210 nm 处低于 2.0 mAU，保证梯度分析

结果的可靠性和重现性

4. 经过 0.05 µm 过滤工艺，保证更低的颗粒物含量，更

好的保护仪器和色谱柱


1. High purity, low ultraviolet and fluorescent impurities content

2. Meeting the gradient analysis requirements of UHPLC/UPLC/HPLC

3. Low gradient peaks (<2.0 mAU at 210 nm)，guaranteed the reliability and reproducibility of gradient analysis results.

4. Lower particulate matter content and better protection for instruments and chromatographic columns through a 0.05 μm filtration process.

5. Excellent batch stability

UHPLC/UPLC 梯度级乙腈UHPLC/UPLC Gradient Grade of Acetonitrile




Assay min. 99.9%






Density (20/4) 0.781 → 0.784

Density (20/20) 0.782 → 0.785

n 20/D 1.343 → 1.345


Water Max. 200 ppm


















Gradient (210 nm) Max. 10 mAU




1. 产品具备较低的紫外吸收，较高的纯度

2. 低的水分及蒸发残渣含量

3. 充分满足普通 HPLC 分析，常规 HPLC（等度或高波

长梯度）分析、光谱分析和其它需要 ACS HPLC 级溶

剂的应用需求


1. High purity and low UV absorption2. Low moisture and evaporation residue content3. Meeting the application requirements of ordinary HPLC

analysis, conventional HPLC (isocratic or high wavelength gradient) analysis, spectral analysis and other application requirements requiring ACS HPLC-grade of solvents.


HPLC 级乙腈 HPLC-Grade Acetonitrile



无水级乙腈



Assay min. 99.8%






Density (20/4) 0.781 → 0.784

Density (20/20) 0.782 → 0.785

n 20/D 1.343 → 1.345


Water Max. 30 ppm

1. 极低的水分含量，满足最严格的实验需求，如有机合成、

金属有机、组合化学等对超低含水量溶剂的要求

2. 高纯度，高紫外透过率

3. 通过特殊的干燥处理工艺，保证极低的水分含量要求


1. Very low water content, meeting the most stringent experimental requirements for ultra-low water content solvents, such as organic synthesis, metal organic, combinatorial chemistry, etc.

2. High purity and high UV transmittance 3. Guaranteed the requirement of very low moisture content

through special drying process 4. Excellent batch stability

Anhydrous-Grade Acetonitrile



Assay min. 99.9%






Density (20/4) 0.781 → 0.784

Density (20/20) 0.782 → 0.785

n 20/D 1.343 → 1.345


Water Max. 500 ppm



















1. 高纯度，达到 99.9%

2. 低紫外吸收，在 240-420nm 区间紫外吸收不超过

0.005

3. 满足实验室用 ACS 级试剂，制备级 HPLC，有机合成

等应用要求


1. High purity (99.9%)2. Low UV absorption ( ≤ 0.005 in the range of 240-420 nm)3. Meeting the application requirements of ACS-grade,

preparative-grade HPLC reagents, organic synthesis, etc. for laboratory use.


制备级乙腈


Preparative-Grade Acetonitrile


高效液相色谱溶剂订货信息

Order Information of HPLC-Grade Solvents

弗顿科学 ® FT SCI®

产品纯度（GC）

min(%蒸发残留max. (%)

水max . (%)

荧光 max. (ppb)254nm

365nmUV- 透光率

at(nm)容量 / 包装订货号

Acetonitrile 99.9 0.8 0.01 0.0002 0.0001 191(30%),195(85%) 1 l GL 1.01006.1000

UHPLC-MS/ 200(95%), 215(96%) 2.5 l GL 1.01006.2500

UPLC-MS grade 230(99%) 4 l GL 1.01006.4000

乙腈（UHPLC-MS/

UPLC-MS）

Acetonitrile 99.9 1.0 0.01 0.0002 0.0001 191 (30 %), 195(85 %) 1 l GL 1.01001.1000

LC-MS grade 200 (96%), 215(96 %) 2.5 l GL 1.01001.2500

乙腈 (LC-MS) 230 (99 %) 4 l GL 1.01001.4000

Acetonitrile 190(10%), 195(80%) 1 l GL 1.01002.1000

UHPLC/UPLC gradient grade

200(95%), 210(96%) 2.5 l GL 1.01002.2500

乙腈 (UHPLC/UPLC ) 99.9 2 0.02 0.0002 0.0002 230(98%) 4 l GL 1.01002.4000

25 l ST 1.01002.9025

Acetonitrile 99.9 4 0.02 0.0005 0.0002 190(10%), 195(80%) 1 l GL 1.01003.1000

HPLC-grade 200(95%), 210(96%) 2.5 l GL 1.01003.2500

乙腈 (HPLC ) 230(98%) 4 l GL 1.01003.4000

25 l ST 1.01003.9025

1-Butanol 99.8 2 0.05 0.0002 0.0002 230(75%), 240(85%) 1 l GL 1.01028.1000

1- 丁醇 310(99%) 2.5 l GL 1.01028.2500

Tert-Butyl 99.8 2 0.02 0.0002 0.0002 240(60%), 255(85%) 1 l GL 1.01832.1000

Methyl ether 280(98%) 2.5 l GL 1.01832.2500

叔丁基甲醚 25 l ST 1.01832.9025

1-Chlorobutane 99.8 2 0.01 0.0002 0.0002 227(60%), 232(80%) 1 l GL 1.01931.1000

1- 氯丁烷 250(98%)

Cyclohexane 99.9 2 0.01 0.0002 0.0002 230(75%), 240(90%) 1 l GL 1.01023.1000

环已烷 260(99%) 2.5 l GL 1.01023.2500

25 l ST 1.01023.9025

Dichloromethane 99.9 5 0.01 0.0002 0.0002 240 (70 %), 245(90 %) 1 l GL 1.01024.1000

二氯甲烷 260 (99 %) 2.5 l GL 1.01024.2500

4 l ST 1.01024.4000

25 l ST 1.01024.9025

Ethanol 99.9 2 0.1 0.0002 0.0002 225(60%),240(85%) 1 l GL 1.01033.1000

gradient grade 260(98%) 2.5 l GL 1.01033.2500

UPLC/UHPLC 4 l GL 1.01033.4000

Suitability

乙醇

(UPLC/UHPLC)

产品订货信息Order Information


产品纯度（GC）min(%

蒸发残留max. (%)

水max . (%)


365nmUV- 透光率at(nm)

容量 / 包装订货号

Ethyl acetate 99.8 2 0.05 0.0002 0.0002 260 (50 %), 265(80 %) 1 l GL 1.01054.1000

乙酸乙酯 270 (98 %) 2.5 l GL 1.01054.2500

4 l GL 1.01054.4000

n-Heptane 99.3 2 0.005 0.0002 0.0002 210 (50 %), 220(80 %) 1 l GL 1.01026.1000

正庚烷 245 (98 %) 2.5 l GL 1.01026.2500

25 l ST 1.01026.9025

n-Hexane 98.0 1 0.01 0.0002 0.0002 210 (50 %), 220(80 %) 1 l GL 1.01022.1000

正已烷 245 (98 %) 2.5 l GL 1.01022.2500

4 l GL 1.01022.4000

25 l ST 1.01022.9025

Isohexane 99.0 2 0.05 0.0002 0.0002 210 (60 %), 220 (80 %), 2.5 l GL 1.01025.2500

异己烷 245 (98 %)

Isooctane 99.0 2 0.01 0.0005 0.0002 210 (50% ), 220 (80 %), 1 l GL 1.01027.1000

异辛烷 270 (98 %) 2.5 l GL 1.01027.2500

Methanol 99.9 1 0.01 0.0002 0.0002 210 (35 %), 220 (60 %), 1 l GL 1.01011.1000

hypergrade, 230 (75 %), 260 (98 %) 2.5 l GL 1.01011.2500

LC-MS 4 l GL 1.01011.4000

suitability 25 l ST 1.01011.9025

甲醇 (LC-MS)

Methanol 99.9 2 0.02 0.0005 0.0002 220 (60 %), 235 (83 %), 1 l GL 1.01012.1000

Gradient grade, UPLC/ UHPLC

260 (98 %) 2.5 l GL 1.01012.2500

suitability 4 l GL 1.01012.4000

甲醇 25 l ST 1.01012.9025

(UPLC/ UHPLC)

Methanol 99.8 3 0.03 0.0005 0.0002 225 (50 %), 240(80 %), 1 l GL 1.01013.1000

isocratic grade 265 (98 %) 2.5 l GL 1.01013.2500

甲醇 ( 等度） 4 l GL 1.01013.4000

25 l ST 1.01013.9025

1-Propanol 99.8 2 0.02 0.0005 0.0002 230 (70 %), 240 (80 %), 1 l GL 1.01038.1000

1- 丙醇 270 (98 %) 2.5 l GL 1.01038.2500

2-Propanol 99.9 2 0.05 0.0005 0.0002 220 (80 %), 230 (90 %), 1 l GL 1.01048.1000

gra dient gra de, 250 (98 %) 2.5l GL 1.01048.2500

UPLC/UHPLC

Suitability

异丙醇

(UPLC/UHPLC)

Tetrahydrofuran 99.9 1 0.02 0.0005 0.0002 218 (30 %), 230 (35 %), 1 l GL 1.01656.1000

四氢呋喃 250 (65 %), 280(95 %) 2.5 l GL 1.01656.2500

4 l GL 1.01656.4000

25 l GL 1.01656.9025

All solvents are filtered through 0.05 μm. | GL = glass bottle | ST = stainless steel returnable barrel所有溶剂经过 0.05 μm 过滤膜过滤。玻璃瓶不锈钢桶


光谱级溶剂订货信息

Order Information of Spectrographic-Grade Solvents




水max . (%)


365nmUV- 透光率at(nm)


Acetonitrile 99.9 0.0002 0.01 0.5 0.5 190 (10 %), 195 (50 %), 500 ml GL 1.01007.0500

乙腈 200 (80%), 215 (90 %), 1 l GL 1.01007.1000

230 (98 %) 2.5 l GL 1.01007.2500

1-Butanol 99.9 0.0005 0.03 2.0 2.0 210 (10 %), 220 (50 %), 500 ml GL 1.02028.0500

丁醇 238 (80 %), 245 (90 %)

270 (98 %)

Tert-Butyl methyl ether

99.9 0.0005 0.02 1.0 1.0 213 (10 %), 235 (50 %) 1 l GL 1.02832.1000

叔丁基甲醚 255 (80 %), 260 (90 %) 280 (98 %)

Carbon 99.9 0.001 0.01 – – – 1 l G L 1..002743.1000

disulfide

二硫化碳

Carbontetra- 99.9 0.0005 0.005 – 1.0265 (10%), 270(50 %), 277 (80 %), 282(90 %), 290 (98 %)

500 ml GL 1.02745.0500

chloride 2.5 l GL 1.02745.2500

四氯化碳

Cycl ohe xane 99.9 0.0005 0.01 1.0 1.0208 (10 %), 223 (50 %), 232 (80 %), 240 (90%), 250 (98 %)

500 ml GL 1.02023.0500

环己烷 2.5 l GL 1.02023.2500

Ethanol 99.9 0.0005 0.10 2.0 1.0 207 (10 %), 500 ml GL 1.02033.0500

乙醇 220 (50%), 2.5 l GL 1.02033.2500

235 (80 %), 245 (90 %), 270 (98 %)

Ethyl acetate 99.9 0.0005 0.01 2.0 1.0255 (10%), 260(50 %), 263(80 %), 265 (90 %), 280 (98 %)

500 ml GL 1.02054.0500

乙酸乙醋 2.5 l GL 1.02054.2500

n-Heptane 99.3 0.0005 0.005 1.0 1.0200 (10 %), 210(50 %), 220 (80 %), 228 (90 %), 245 (98 %)

500 ml GL 1.02026.0500

正庚烷 2.5 l GL 1.02026.2500

n-Hexane 98.5 0.0005 0.005 1.0 1.0195(10 %),210(50 %), 217(80 %), 225 (90 %), 245 (98 %)

500 ml GL 1.02022.0500

正己烷 2.5 l GL 1.02022.2500

Isooctane 99.8 0.0005 0.005 1.0 1.0205(10 %),215(50 %), 225(80 %), 235 (90 %), 255 (98 %)

500 ml GL 1.02027.0500

异辛烷 2.5 l GL 1.02027.2500

Methanol 99.9 0.0005 0.02 1.0 1.0207(10 %), 220(50 %),232(80 %),242 (90 %),260 (98 %)

500 ml GL 1.02017.0500

甲醇 2.5 l GL 1.02017.2500

2-Propanol 99.9 0.0005 0.05 1.0 1.0207(10 %),217(50 %)232(80%),242(90 %),260 (98 %)

500 ml GL 1.02048.0500

异丙醇 2.5 l GL 1.02048.2500

Tetrahydrofuran 99.9 0.0005 0.02 1.0 1.0215(10%),245(50%), 265(80 %), 275 (90 %), 310 (98 %)

500 ml GL 1.02656.0500

四氢呋喃 2.5 l GL 1.02656.2500

All solvents are filtered through 0.05 μm. | GL = glass bottle所有溶剂经过 0.05 μm 过滤膜过滤。玻璃瓶


制备级溶剂订货信息

Order Information of Preparative-Grade Solvents




水max . (%)

酸度max. (meq/g)

碱度max. (meq/g)

UV- 透光率at(nm)


Acetonitrile 99.9 1.0 0.05 0.0005 0.0002 220 (96 %), 240 (99 %) 4 l GL 1.01004.4000

乙腈 25 l ST 1.01004.9025

190 l 1.01004.9190

Ethylacetate 99.9 1.0 0.05 0.0002 0.0002 270 (50 %), 300 (98 %) 25 l ST 1.04054.9025

乙酸乙酯

n-Hexane 99.9 1.0 0.01 0.0002 0.0002 220 (50 %), 250 (98 %) 25 l ST 1.04022.9025

正己烷

Methanol 95.0 1.0 0.05 0.0002 0.0002 225 (50 %), 265 (98 %) 4 l GL 1.01014.4000

甲醇 25l ST 1.01014.9025

190 l 1.01014.9190

2-Propanol 99.8 1.0 0.05 0.0002 0.0002 220 (50 %), 260 (98 %) 500 ml GL 1.04048.0500

异丙醇 2.5 l GL 1.04048.2500



无水级溶剂订货信息

Order Information of Anhydrous-Grade Solvents




水max . (%)


Acetonitrile 99.8 4 0.003 2.5 ml GL 1.01005.2500

Anhydrous grade 4 l GL 1.01005.4000

( ≤ 30 ppm water content) 25 l ST 1.01005.9025

乙腈

( 含水量≤ 30ppm )

Dimethyl formamide 99.9 10 0.003 2.5 l GL 1.03057.2500

二甲基甲酰胺

Dimethyl sulfoxide 99.9 10 0.025 500 ml GL 1.03059.0500

二甲亚砜 1 l GL 1.03059.1000

2.5 l GL 1.03059.2500

Ethanol 99.9 10 0.001 500 ml GL 1.03033.0500

乙醇

Ethyl acetate 99.9 10 0.003 500 ml GL 1.03054.0500

乙酸乙醋

n-Hexane 99.0 10 0.004 500 ml GL 1.03022.0500

正己烷

Isooctane 99.8 10 0.003 500 ml GL 1.03027.0500

异辛烷

Methanol 99.9 10 0.003 500 ml GL 1.01015.0500

甲醇 1 l GL 1.01015.1000

2.5 l GL 1.01015.2500

2-Propanol 99.9 10 0.005 500 ml GL 1.03048.0500

异丙醇

Tetrahydrofuran 99.9 10 0.005 500 ml GL 1.03656.0500

四氢呋喃 1 l GL 1.03656.1000



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