附件

Potentiostats and electrochemical cells containing at least two electrodes (working electrode and quasi-reference electrode) are essential components for any electrochemical experiment. Some experiments may only require these two instruments, but in general, it is best to have other instruments/equipment as an aid when performing electrochemical studies and tests.

Some experiments require some accessories: accurate current measurements, especially when measuring very low currents. Some accessories, although not required, are extremely helpful for throughput or simplification: multiplexers are multi-channel replacements and are less expensive, making them ideal for long-term automated testing, such as trends in corrosion testing (RP/EC, EFM) experiment.

Electrodes, temperature controllers, agitator-purifiers, rotators, and the above multiplexers and Faraday cages are all available from Gamry, ensuring that you can perform the required electrochemical work – even to the limits of potentiostats.

 

  • IMX8 300x300

    IMX8 电化学多路器

    • You can then perform sequential measurements on up to 8 electrochemical cells
    • Applications: Corrosion Inhibitor Testing, Paint/Coating Evaluation, Galvanic Corrosion, Corrosion Monitoring Chemical Sensor Development

  • RDE710

    RDE710 旋转电极

    • 电极是研究级的旋转器
    • 使用旋转环盘电圆盘和柱面电极
    • 应用:  腐蚀,催化剂开发,燃料电池研究,控制反应物到电极表面的质量运输
  • tdc5

    TDC5 温度控制器

    • 温度控制器可以控制实验期间的加热和冷却过程
    • 控制器与 Gamry 恒电位仪一起工作
  • vista shield2

    VistaShield 法拉第笼

    • Vista Shield has been replaced with the new Faraday Shield
    • The Faraday Shield is currently a 45 day delivery 
  • faraday shield right facing

    Faraday Shield

    • Provides effective shielding from environmental electronic noise
    • Allows for high quality electrochemical measurements at very low currents
  • faraday shield with window 360

    Faraday Shield with Conductive-glass Window

    • Provides effective shielding from environmental electronic noise
    • Allows for high quality electrochemical measurements at very low currents