H-Type Membrane Single Channel Photoelectrochemical Cell – Sealed Type

H-Type Membrane Single Channel Photoelectrochemical Cell – Sealed Type

Overview

• The SEC029-SS H-Type Single Channel Photoelectrochemical Cell is a compact, sealed glass cell designed for photoelectrochemical (PEC) and photocatalytic studies requiring precise light control and electrode separation.
• Constructed from borosilicate glass with a 24 mm quartz window, this cell provides exceptional optical clarity for illumination and spectroscopic studies. Its single optical channel enables focused photoelectrode testing, while the sealed H-type configuration maintains an isolated environment between the working and counter compartments via an ion-exchange membrane.
• With a simple yet durable design, it’s ideal for CO₂ reduction, hydrogen evolution, and semiconductor PEC testing where controlled reaction conditions are critical.

Key Features

• Single optical channel design: Allows targeted illumination for photoelectrode and PEC testing.
• Sealed dual-compartment structure: Prevents gas crossover and maintains chemical separation between anode and cathode chambers.
• Replaceable quartz window: High-quality quartz (Ø 24 mm) provides excellent UV–Vis light transmission and is easily replaced or cleaned.
• Corrosion-resistant materials: Borosilicate glass and PTFE ensure long-term durability in aggressive electrolyte environments.
• Easy maintenance: The modular structure enables quick disassembly for membrane or component replacement.
• Temperature and light adaptability: Compatible with controlled light sources and temperature setups for advanced PEC experiments.

Available Capacities / Variants

• 50 mL
• 100 mL
• 150 mL
• 250 mL

Customisation Options

ScienceGears provides tailored configurations of the H-Type Photoelectrochemical Cell to match specific experimental setups:

• Custom window diameters, thicknesses, or optical path lengths
• Additional electrode or gas inlet/outlet ports
• Integration with in-situ spectroscopy (Raman, UV–Vis, or FTIR)
• Adaptation for vertical or horizontal illumination setups
• Compatibility with different ion-exchange membranes (e.g. Nafion, Fumasep)

For custom designs, contact info@sciencegears.com.au with your experimental requirements.

Applications

• Photoelectrocatalysis and solar fuel generation
• CO₂ reduction and hydrogen evolution studies
• Semiconductor and thin-film PEC testing
• Photocatalytic degradation and water splitting
• Membrane-based dual-electrode photoelectrochemical research