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H-Type Electrochemical Cell with Purge Tube

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  • H-Type Electrochemical Cell with Purge Tube

  • Material: High-quality glass or inert plastic
  • Components: Cell body, electrodes, purge tubes, membrane separator, cap/sealing mechanism
  • Packaging: Customizable quantities available upon request
  • Volume Options per Compartment: 20 mL, 50 mL, 100 mL

Introduction

The H-Type electrochemical cell is designed for precise and efficient hydrogen evolution reaction (HER) and oxygen evolution reaction (OER) studies. This cell features two compartments, each equipped with a purge tube for gas introduction and control. Made from high-quality materials, the H-Type cell ensures durability, chemical resistance, and optimal performance. It is ideal for research and development in electrochemistry, materials science, and energy storage applications.

Specification

Material :

  • Cell Body: High-quality glass
  • Electrodes: Platinum, gold, graphite, or other materials as required
  • Purge Tubes: Inert material compatible with cell body
  • Membrane Separator: Nafion or other ion-exchange membranes

Components :

  • Cell Body: H-Type design with two compartments connected by a membrane separator
  • Electrodes: Configurable based on experimental needs (working, counter, reference)
  • Purge Tubes: Integrated tubes for gas purging in each compartment
  • Membrane Separator: Ensures separation of products and allows ion exchange
  • Cap/Sealing Mechanism: Secure sealing to prevent leakage and contamination

Operating Conditions :

  • Temperature Range: -20°C to 80°C (varies with material)
  • Pressure: Suitable for atmospheric pressure to slight positive pressure

Applications

  • Hydrogen Evolution Reaction (HER): Ideal for studying the mechanisms and kinetics of HER.
  • Oxygen Evolution Reaction (OER): Suitable for investigating the processes and efficiency of OER.
  • Electrochemical Research: Used for various electrochemical studies, including corrosion, electrodeposition, and more.
  • Materials Science: Suitable for testing new materials and catalysts for HER and OER applications.
  • Energy Storage: Applied in the development and testing of energy storage devices, such as fuel cells and electrolyser.

Order Information
S.NoProduct NameQtyPart No
1H Type cell 20 mL each compartment with purge tube1 setTES-ECELL-HC-20
2H Type cell 50 mL each compartment with purge tube1 setTES-ECELL-HC-50
3H Type cell 100 mL each compartment with purge tube1 setTES-ECELL-HC-100
Customization

Custom quantity and configurations are available upon request. Please contact our sales team for more information.