Environmental TriCell™ – BioLogic

Optimize Your Electrochemical Research with the Environmental TriCell™

The Environmental TriCell™ by BioLogic sets a new standard for flexibility and user convenience in electrochemical research. Designed to support a wide array of sample configurations, this innovative cell system serves as the backbone for conducting sophisticated electrochemistry experiments with ease. Compatible with Scanning Kelvin Probe (SKP), Localized Electrochemical Impedance Spectroscopy (LEIS), Scanning Vibrating Electrode Technique (SVET), and Scanning Droplet Cell (SDC) measurements, it integrates seamlessly with BioLogic’s M470 scanning electrochemical workstation.

Highlighting its user-friendly design, the TriCell™ allows for quick sample changes without the need to adjust the scanning head, significantly reducing the electrolyte volume needed for experiments. Its base plate levelers ensure optimal leveling of samples, facilitating consistent, high-quality results. The clear glass body not only provides a durable housing but also offers visual access for the VCAM3 long working distance video microscope, enhancing setup accuracy through precise probe and sample positioning.

Equipped with four inlet/outlet purge ports and an optional rubber gaiter cover seal, the Environmental TriCell™ is ideally suited for experiments requiring controlled atmospheres or fluid flow. Its versatile design makes it a key instrument for research in corrosion, coatings, and more, transforming experimental workflows with its unparalleled adaptability and efficiency.

Technical Specifications

  • Triangular perspex base plate, 316 mm side length
  • Base plate level adjusters, 33 mm extension range
  • Glass cell, 143 x 60 mm, including gas and liquid ports\\; O-ring seal
  • Cell clamp
  • Sample holder for 32mm diameter metallurgical samples
  • Flexible cell sealing gaiter
  • PTFE sealing disk to allow use of organic electrolytes

FAQ - Environmental TriCell™ – BioLogic

What experiments is the Environmental TriCell™ designed for?

The Environmental TriCell™ is designed to support a wide range of electrochemical research, including but not limited to Scanning Kelvin Probe (SKP), Localized Electrochemical Impedance Spectroscopy (LEIS), Scanning Vibrating Electrode Technique (SVET), and Scanning Droplet Cell (SDC) measurements. It's a versatile instrument ideal for research in corrosion, coatings, and more.

How does the TriCell™ enhance user convenience?

The TriCell™ enhances user convenience through its user-friendly design, allowing quick sample changes without the need to adjust the scanning head, and significantly reducing the electrolyte volume needed for experiments. Its base plate levelers ensure optimal leveling of samples, and its clear glass body offers visual access to enhance setup accuracy.

Can the Environmental TriCell™ be used with organic electrolytes?

Yes, the Environmental TriCell™ can be used with organic electrolytes. It includes a PTFE sealing disk specifically designed to support the use of organic electrolytes, ensuring flexibility and safety in various types of electrochemical research.

What are the key specifications of the TriCell™?

Key specifications include a triangular perspex base plate with 316 mm side length, base plate level adjusters with a 33 mm extension range, a glass cell measuring 143 x 60 mm with gas and liquid ports and an O-ring seal, a cell clamp, a sample holder for 32mm diameter metallurgical samples, a flexible cell sealing gaiter, and a PTFE sealing disk for organic electrolytes.

Is the Environmental TriCell™ compatible with other instruments?

Yes, the Environmental TriCell™ integrates seamlessly with BioLogic’s M470 scanning electrochemical workstation, making it an efficient part of a comprehensive electrochemical research setup. Additionally, its design accommodates the VCAM3 long working distance video microscope, further enhancing its compatibility and utility.

How does the TriCell™ support experiments requiring controlled atmospheres?

The TriCell™ is equipped with four inlet/outlet purge ports and an optional rubber gaiter cover seal, making it ideally suited for experiments that require controlled atmospheres or fluid flow. This functionality ensures that researchers can create the precise conditions needed for their specific experiments.

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