Transparent Water Splitting Reactor | H-Type Electrochemical Cell for Hydrogen &

Product Description
The Transparent Water Splitting Reactor (Model EWB) is a precision-engineered H-type electrochemical cell designed for advanced water splitting, hydrogen generation, oxygen evolution, electrocatalysis, and renewable energy research. Manufactured using high-quality transparent acrylic (PMMA), the reactor allows researchers to visually monitor electrolyte behavior, gas evolution, and electrode performance during electrochemical experiments.
The reactor features dual electrolyte chambers separated by an Anion Exchange Membrane (AEM), enabling independent anodic and cathodic reactions while minimizing gas crossover. It is ideal for evaluating electrocatalysts, membranes, and electrode materials for Hydrogen Evolution Reaction (HER), Oxygen Evolution Reaction (OER), water electrolysis, and electrochemical energy conversion.
Designed for universities, IITs, IISc, NITs, IISERs, CSIR laboratories, DRDO, BARC, national research institutes, clean energy startups, industrial R&D centers, and international research laboratories, this reactor is widely used in academic and industrial electrochemical research.
Ideal for:
Water Splitting Research
Hydrogen Evolution Reaction (HER)
Oxygen Evolution Reaction (OER)
Green Hydrogen Production
Electrocatalyst Screening
Electrochemical Water Electrolysis
Membrane Performance Evaluation
Anion Exchange Membrane (AEM) Research
Catalyst Development
Renewable Energy Research
Electrochemical Engineering
Material Science Research
Product Highlights
✔ Transparent Dual-Chamber H-Type Reactor
✔ Real-Time Observation of Gas Evolution
✔ Separate Anode & Cathode Compartments
✔ Suitable for HER & OER Studies
✔ Research Grade Precision Machined Construction
✔ Compatible with AEM and Other Ion Exchange Membranes
✔ Gold-Plated Electrode Holders Included
✔ Leak-Proof Sealing Design
✔ Easy Assembly & Maintenance
✔ Ideal for Academic & Industrial Research
Technical Specifications
Model
EWB
Cell Type
Transparent Dual-Chamber Water Splitting Reactor (H-Type Cell)
Usable Electrode Area
Anode: 0.07 cm² (GCE) to 5 cm²
Cathode: 0.07 cm² (GCE) to 5 cm²
Chamber Dimensions
4.5 × 4 × 3.5 cm (Each Chamber)
Electrolyte Capacity
40 mL per chamber
Electrode Distance
≤ 3 cm
Body Material
High-Quality Transparent Acrylic (PMMA)
Membrane Compatibility
Anion Exchange Membranes (AEM)
Proton Exchange Membranes (PEM) (Optional)
Other Ion Exchange Membranes
Electrode Compatibility
Glassy Carbon Electrode (GCE)
Nickel Foam
Titanium Mesh
Platinum Mesh
Carbon Paper
Carbon Cloth
Custom Electrodes
Items Included
Transparent Water Splitting Reactor Assembly
Stainless Steel Bolts
Stainless Steel Wing Nuts
Gas Connectors
Hydrogen & Oxygen Gas Collection Tubes
Silicon Gaskets
2 × Gold-Plated Electrode Holders
2 × Anion Exchange Membranes (Amberlite) – 4 × 5 cm
Transparent End Plates
Key Features
High optical transparency for in-situ observation
Independent anodic and cathodic chambers
Efficient gas collection system
Excellent chemical resistance
Precision leak-proof sealing
Modular and easy-to-clean design
Compatible with various electrode and membrane configurations
Suitable for continuous laboratory research and catalyst testing
Applications
Water Electrolysis
Green Hydrogen Research
Hydrogen Evolution Reaction (HER)
Oxygen Evolution Reaction (OER)
Electrocatalyst Evaluation
Electrochemical Catalyst Screening
Membrane Research
Electrochemical Energy Conversion
Renewable Energy Research
Fuel Cell Research
Material Science
Nanotechnology
Chemical Engineering Research
Electrochemical Education & Demonstration
Industries Served
Universities & Academic Institutions
IITs, NITs, IISER & IISc
CSIR Laboratories
DRDO
BARC
Government Research Laboratories
National & International Research Institutes
Green Hydrogen Companies
Fuel Cell Manufacturers
Electrolyzer Developers
Renewable Energy Companies
Chemical Industries
Industrial R&D Centers
Why Choose Our Transparent Water Splitting Reactors?
Research & Industrial Grade Manufacturing
Precision CNC Machined Components
Excellent Optical Transparency
Leak-Free Reliable Construction
Custom Electrode Area Options Available
OEM & Research Customization
Technical Support for Researchers
International Quality Standards
Worldwide Shipping
Trusted by Scientists, Professors, Researchers & PhD Scholars