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Franklab

Multi-Functional Electrochemical Cell [50–500 ml]

Multi-Functional Electrochemical Cell [50–500 ml]

$159.00 USD
$159.00 USD
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Product Description

Product Overview
The FrankLab Multi-Functional Electrochemical Cell is a highly versatile, medium-to-large volume electrochemical reactor designed for routine testing, mechanistic studies, and long-duration electrolysis.
Compared with microcells, this platform provides greater electrolyte volume, superior thermal stability, and flexible port configuration, making it suitable for electrocatalysis, battery materials testing, corrosion studies, and gas–liquid electrochemistry.
Two structural configurations are available to match different experimental demands:
•Single-Layer Cell — streamlined, cost-effective, ideal for standard electrochemical measurements
•Double-Layer Water-Bath Cell — integrated temperature control for high-stability or heat-sensitive experiments

Product Configurations

1.Single-Layer Version

(Compact · Efficient · Easy to Operate)
•Available volumes: 50 / 100 / 150 / 200 / 250 / 300 / 500 mL
•Straightforward internal structure for rapid setup
•Ideal for:
•CV / LSV / EIS
•Catalyst screening
•Corrosion and electrode stability tests
•General three-electrode systems
✔ Recommended for daily lab use and teaching laboratories

2. Double-Layer Water-Bath Version

(Thermally Stable · Precision Control)
•Same volume options as single-layer
•Integrated outer water-jacket for temperature regulation
•Compatible with external thermostatic circulators
•Ensures uniform temperature distribution during:
•Long-term electrolysis
•High-current experiments
•Temperature-sensitive kinetics studies
✔ Recommended for mechanistic research, scale-up validation, and long-duration tests

Technical Specifications
Parameter Specification
Cell volume 50–500 mL (multiple sizes available)
Structure Single-layer or double-layer (water bath)
Body material High-purity borosilicate glass
Lid material PTFE or PEEK (optional)
Seal type Threaded lid + chemical-resistant O-rings
Port configuration Multi-port (electrodes / gas / sampling)
Temperature range RT–60 °C (single-layer); extended with water bath
Chemical resistance Acids, bases, organic electrolytes
Electrode compatibility GC, Pt, Au, metal rods, RDE adapters
Reference compatibility Ag/AgCl, Hg/HgO, SCE
Key Features
• Modular Multi-Port Design Supports flexible combinations of:
•Working electrode
•Counter electrode
•Reference electrode
•Gas inlet / outlet
•Sampling or injection ports
Ports can be customized in size, number, and orientation.

• Medium-to-Large Volume Capability Provides sufficient electrolyte volume for:
•Long-term stability testing
•Product accumulation and analysis
•Reduced concentration drift

• Excellent Sealing & Chemical Resistance PTFE / PEEK lids and high-quality O-rings ensure:
•Minimal evaporation
•Resistance to aggressive electrolytes
•Reliable repeated use

• Optional Thermal Control (Double-Layer) Water-bath structure enables:
•Stable reaction temperatures
•Improved reproducibility
•Safer high-current operation

Typical Applications
•Electrocatalysis (HER / OER / ORR / CO₂RR)
•Corrosion and passivation studies
•Battery and electrode material evaluation
•Long-term electrolysis & durability testing
•Gas–liquid electrochemical reactions
•Method development and scale-up experiments

Single-Layer vs Double-Layer Comparison
Feature Single-Layer Double-Layer
Electrochemical testing ✔ ✔
Long-duration electrolysis ✔ ✔✔✔
Temperature control — ✔
Thermal stability Medium Excellent
Recommended for high current △ ✔✔✔
Customization Options
Available upon request:
•Port number & diameter customization
•RDE-compatible central port
•Gas sparging tubes (CO₂ / N₂ / Ar)
•Sampling or injection ports
•Quartz glass body (photoelectrochemistry)
•Matching electrode holders & clamps

For Custom Orders or Inquiries

If you have custom requirements or any additional questions, feel free to contact us:

Email: support@franklab.shop


Why Choose FrankLab?

FrankLab electrochemical cells are designed by electrochemists, for electrochemists. Our focus is on:

•Clean geometry

•Chemical reliability

•Experimental reproducibility

•Compatibility with real research workflows

Used by universities, national labs, and industrial R&D teams worldwide.

FrankLab Engineering Note
This platform is designed as a workhorse electrochemical cell—robust, adaptable, and scalable. Many customers use it as the standard reactor across multiple projects, ensuring data consistency from early screening to advanced testing.
If you are unsure which volume or configuration best fits your workflow, we will configure it based on your experiment, not a fixed SKU.
FrankLab — build experiments once, trust the data every time.