Acrylic Electrochemical Cell，[300ml-1200ml]

Product Description

PMMA / Acrylic Electrochemical Cell

Adjustable Gap · H-type / Single Cell · Modular Electrochemical Reactor

Product Overview

The FrankLab Acrylic Electrochemical Cell is a modular, transparent, large-volume electrochemical reactor designed for mechanism studies, membrane separation, ion transport analysis, and long-duration electrolysis.

Compared with traditional glass cells, PMMA cells provide:

•Larger working volume

•Fully visible internal structure

•Adjustable electrode distance

•Replaceable ion-exchange membrane

•Excellent mechanical strength for long-time operation

This platform is widely used in CO₂ electrolysis, water splitting, ion-selective transport, electrodialysis, and scale-up validation experiments.

Available Configurations

1. Single Cell (Single-Chamber)

•Single electrolyte chamber

•Large-area working electrode support

•Suitable for bulk electrolysis & material stability tests

Available volumes: 300 mL / 500 mL / 1000 mL

2.Single-Cell Cycling Version

•Based on Single Cell

•Additional ports for electrolyte circulation

•Supports pump-driven cycling experiments

Available volumes: 300 mL / 500 mL / 1000 mL

3. H-type Electrochemical Cell

•Two symmetric chambers separated by membrane

•Classic H-type configuration for reaction separation

•Ideal for CO₂RR, OER–HER decoupling

Available volumes: 400 mL / 600 mL / 800 mL

4. Three-Chamber H-type Cell

•Anode / cathode + middle chamber

•Independent electrolyte environments

•Suitable for advanced ion transport & crossover studies

Available volume: 1200 mL

Technical Specifications

Parameter	Value
Body material	PMMA (Acrylic)
Transparency	Full visible walls
Membrane type	AEM / CEM / BPM (replaceable)
Electrode distance	Adjustable
Seal method	Bolted compression + gaskets
Operating temperature	Ambient (≤ 60 °C recommended)
Pressure	Atmospheric / low-pressure operation
Port type	Threaded electrode & gas ports
Typical electrode area	Customizable
Chemical resistance	Neutral / mild acid & base

Key Structural Features

• Replaceable Ion-Exchange Membrane Slot

•Dedicated membrane holding region

•Uniform compression

•Prevents membrane wrinkling or leakage

Supports:

•Nafion

•Sustainion

•Fumasep

•Custom membranes

• Adjustable Electrode Gap

•Electrode spacing can be precisely tuned

•Enables controlled mass transfer & ohmic resistance studies

•Critical for scaling laws & kinetic modeling

• Large-Volume, Long-Time Operation

•Suitable for multi-hour / multi-day electrolysis

•Stable mechanical structure

•No risk of glass cracking under long runs

• Fully Modular Design

•Electrode holders

•Gas inlets / outlets

•Sampling ports

•Circulation interfaces

All components can be reconfigured or customized.

Typical Applications

•CO₂ Reduction Reaction (CO₂RR)

•Water electrolysis (HER / OER)

•Ion-selective membrane evaluation

•Electrodialysis research

•Electrolyte crossover studies

•Catalyst durability & scale-up validation

•Teaching & demonstration experiments

Comparison Summary

Feature	PMMA Cell	Glass Cell
Volume scalability	⭐⭐⭐⭐	⭐⭐
Visibility	⭐⭐⭐⭐	⭐⭐⭐
Mechanical strength	⭐⭐⭐⭐	⭐⭐
Long-time operation	⭐⭐⭐⭐	⭐⭐
Optical spectroscopy	❌	✔
Cost efficiency	⭐⭐⭐⭐	⭐⭐

Customization Options

FrankLab supports full engineering-level customization:

•Chamber volume & geometry

•Membrane thickness & compression force

•Electrode spacing (mm-level)

•Additional sampling ports

•Flow-field integration

•Multi-gas inlet design

•Special sealing materials

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Acrylic Electrochemical Cell，[300ml-1200ml]

Acrylic Electrochemical Cell，[300ml-1200ml]

Product Description

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