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基于可信的Clarus气相色谱平台,新出的Clarus® 590和 690 气相色谱简单易用,分析性能和样品通量都能满足实验室的要求。 Clarus® 590和 690 气相色谱平台具备超高的灵敏度,可以配置先进的TurboMatrix™ 样品处理系统,进样选择多样,包括顶空、热解析、液体进样、固相微萃取等,另外还可以配置多种检测器和整套附件以及消耗品。

Clarus 气相色谱系统由 TotalChrom™ 色谱软件(CDS)控制。这套软件可以简化您的工作流程,在规定或者非规定的环境下,使您处理数据更加快速和安全。当有很多台的仪器在使用时,Totalchrom CDS是满足多用户多地点运行的最佳选择。

针对气相色谱的诸多应用领域,包括食品、环境、石化、制药等等,我们可以为您提供整合GC和GCMS的应用方案。

  • Clarus 590 或 690 气相色谱配置全新的毛细管进样口和宽量程的氢火焰离子化检测器,提供超高灵敏度和高通量的分析。
  • TurboMatrix样品处理系统依靠多样化的技术提供无以伦比的精密度,样品前处理易于操作,适用于绝大多数的样品类型。
  • Arnel气相分析系统提供整体解决方案应对复杂的石化分析和工业标准

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1-25 的 38 产品与服务

  • GC 2400 system

    GC 2400系统

    PerkinElmer GC 2400™系统旨在满足分析实验室对远程控制、简化和可持续操作的需求;通过降低技术应用成本和采用支持可持续性的特色功能,该系统提供了创新的用户体验,即随时随地提供信息,帮助用户高效快速地做出决策,并提供先进的系统功能以最大限度地提高生产率。
  • Clarus 690 gas chromatography system

    Clarus 690 气相色谱仪

    Clarus 690 气相色谱仪专为需要增加分析周期时间的快节奏、高容量实验室设计,优化您的气相色谱分析,提供卓越的灵敏度、容量和处理量——可灵活处理更多问题。我们业界领先的解决方案包括顶空(HS)、手动和自动热解析(TD、ATD)和MultiPrep 自动采样器。
  • Clarus 590 gas chromatography system

    Clarus 590 气相色谱仪

    凭借着优异的新功能,我们强大的 Clarus® 590 GC提高了灵敏度,减少了交叉污染,更易于使用和维护。设计上与Clarus 690 GC采用相同的创新功能,让您享有最丰富多样的样品处理选择。我们全面、业界领先的TurboMatrix解决方案包括顶空(HS)、手动和自动热解析(TD、ATD)取样选择,以及适用于液体取样和 SPME的灵活MultiPrep自动进样器。
  • CLARUS-SQ-8_V2_200px

    用于邻苯二甲酸酯检测的气相色谱/质谱分析系统

    PerkinElmer 以Clarus®SQ8 GC/MS为核心提供一个完整的解决方案,方案稳定且准确的,检测限远远低于法规的要求。
  • Clarus-580-GC_320px

    生物柴油脂肪酸甲酯分析仪

    脂肪酸甲酯的测定是生物柴油质量检测的重要组成部分。我们根据EN 14103的规定提供以Clarus®气相色谱仪为主的解决方案,方法稳定,结果可靠。
  • 顶空-气相 测定生物柴油甲醇

    甲醇的测定对于保证生物柴油的质量至关重要。 珀金埃尔默提供根据 EN 14110标准的解决方案,采用 Clarus®气相色谱仪联合TurboMatrix™顶空进样器,提供自动化的检测过程和准确可靠的结果。
  • 热脱附-气相色谱质谱 火灾分析

    火灾调查涉及许多不同类型的分析-从犯罪现场调查,到分析化学检测。
  • Clarus-580-GC_320px

    气相色谱法测定生物乙醇

    甲醇和高级醇的含量测定是保证生物乙醇产品质量的关键一步。珀金埃尔默根据 ASTM d5501提供此应用解决方案,方案采用Clarus® 680气相色谱仪(GC),检测快速,结果准确。
  • 生物柴油甘油分析系统 230V

    生物柴油甘油分析系统对甘油含量进行测定,将游离态或者结合态的甘油转变成甘油酯,来验证验证B100生物柴油的质量。
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  • 732106-n6410001-gc-hs-500x500.jpg

    HS 2400 M顶空进样器

    HS 2400 M顶空进样器可完全集成到GC工作流中,直接与PerkinElmer GC 2400™GC系统通信。该集成技术允许用户直接在GC分体式触摸屏上随时随地(无论实验室内或外)访问顶空进样器的实时状态信息。

    直观的界面与PerkinElmer SimplicityChrom™ CDS软件相结合,满足了实验室对简化软件控制的GC工作流的需求,无论用户的专业知识如何。HS 2400 M自动进样器采用专利的压力平衡技术,显著降低样品污染的风险,同时随时随地提供信息,最大限度地提高实验室的可操作性和生产效率。

  • Detailed Hydrocarbon Analyzers

    Detailed Hydrocarbon Analyzer

    Understanding crude oil composition during refining and production is essential to ensuring quality, safety and adherence to regulatory requirements. Detailed Hydrocarbon Analysis (DHA) is a gas chromatography technique for characterizing crude oil, and analyzing multiple fuel types containing hundreds or even thousands of compounds. PerkinElmer’s DHA systems are designed without costly valves or hardware components, such as traps, that require maintenance, replacement and increase total cost of ownership. To further boost productivity within your lab, our single-column solution for DHA analysis includes a high-resolution capillary column and tuned pre-column to separate individual compounds present in gasoline.
  • TraceSulfur_700x700

    Trace Sulfur Analyzer

    The ability to reliably detect ultra-low-levels of light sulfur compound impurities in a variety of sample types is of vital importance to the oil and gas, environmental, and food and beverage industries, where product quality and compliance with regulations are paramount. PerkinElmer’s portfolio of trace sulfur analyzers utilize gas chromatography techniques with a sulfur chemiluminescence detector (SCD) to detect sulfur at part per billion levels. A programmable pneumatic control is utilized on our trace sulfur analyzers to use precise and automated gas flow, ensuring your quality and productivity objectives are met.
  • TraceGases_700x700

    Trace Gas Analyzers

    PerkinElmer offers a selection of Trace Gas Analyzers for the detection of hydrogen, carbon dioxide, ethylene, ethane, acetylene, oxygen/argon, nitrogen, carbon monoxide, and total hydrocarbons. Our engineered solutions for trace gas analysis include FID, DID and PID detectors to ensure flexibility and increased instrument productivity. To ensure efficient setup within your laboratory, operation parameters are set and tested at the factory prior to shipment, with instrumental methods pre-loaded. Once installed, samples can be processed immediately, allowing you to optimize instrument up-time and productivity from day one.
  • LightHydroFIXEDGAS_700x700

    Light Hydrocarbon/Fixed Gas

    Our solutions are designed specifically to ensure your compliance with regulatory methods ASTM D1946 and E1746 for chlorine impurities analysis, while also optimizing productivity and ROI. Our series of analyzers utilize a combination of gas chromatography (GC) and a thermal conductivity detector (TCD), providing an efficient and robust solution for the analysis of gaseous samples. Alert - ASTM E1746, Model 4020: In response to the COVID-19 crisis, PerkinElmer addresses ASTM E1746 “Standard Test Method for Sampling and Analysis of Liquid Chlorine for Gaseous Impurities” in order to serve the needs of chemicals producers aiding in the current bleach and bleach-based wipe disinfectants shortage. Learn more about the Chlorine Analyzer here.
  • TtansformerOilGas_700x700

    Transformer Oil Gas Analyzer

    Transformers are often one of the most substantial capital assets of an operation. Measuring levels of light gases found in an electrical transformer’s insulating oil is an effective way to monitor the health of the transformer, and identify potential problems before they begin to limit productivity. PerkinElmer offers three models of Transformer Oil Gas Analyzers (TOGA), designed to analyze trace levels of H2, CO, CO2, ethylene, ethane, acetylene, methane, and air components. PerkinElmer’s TOGA offerings can aid you in achieving your risk mitigation goals, while also ensuring long term productivity of your transformers by identifying potential maintenance and wear issues, before they cause an operational disruption.
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