H-Type Jacketed Photoelectrochemical Cell – Sealed Type

H-Type Jacketed Photoelectrochemical Cell – Sealed Type

Overview

• The H-Type Jacketed Photoelectrochemical Cell is designed for precision photoelectrochemical (PEC) and electrocatalytic research where temperature stability and chemical resistance are critical.
• Constructed from high-purity borosilicate glass with removable quartz windows (Ø 24 mm), this sealed dual-chamber configuration enables controlled separation of anodic and cathodic environments.
• The integrated water-circulation jacket provides efficient temperature regulation, making it ideal for long-duration PEC, CO₂ reduction, and hydrogen-evolution experiments.
  
  

Key Features

• Dual-chamber H-type design: Physically separates working and counter electrodes for accurate ion-exchange studies.
• Removable quartz windows: Allow easy cleaning, replacement, and efficient optical transmission for UV–Vis and solar simulations.
• Temperature-controlled jacket: Enables circulation of water or coolant for stable thermal management during light-assisted reactions.
• Quick membrane replacement: Ion-exchange membranes can be changed rapidly between experiments.
• Fully sealed system: Ensures airtight and leak-proof operation, preventing contamination or gas crossover.
• Research-grade materials: Glass and PTFE components guarantee excellent chemical inertness and durability under electrochemical conditions.
  
  

Available Capacities

• 50 mL
• 100 mL
• 150 mL
  
  

Customisation Options

ScienceGears offers customisable configurations to suit specific experimental requirements:

• Alternative quartz window diameters or optical thicknesses
• Additional reference or gas-sampling ports
• Modified jacket fittings for different coolant lines
• Integrated light-path alignment for in-situ spectroscopy
• Multi-electrode or membrane-support options for advanced PEC studies

For tailored designs, contact info@sciencegears.com.au with your application details.

Applications

• Photoelectrocatalysis and solar-fuel generation
• CO₂ reduction and hydrogen-evolution studies
• Semiconductor and thin-film PEC testing
• Corrosion and photocorrosion investigations
• Water-splitting and redox-coupled electrolysis experiments