Flat Corrosion Cell

Product Overview

The FrankLab Flat Corrosion Cell is a research-grade electrochemical test cell designed for quantitative corrosion and coating performance evaluation on flat substrates under well-defined and reproducible conditions.

Unlike conventional beaker cells or immersion setups, this cell provides a controlled exposure area, rigid sealing, and stable electrode geometry, enabling high-confidence electrochemical measurements such as polarization curves and impedance spectroscopy.

It is widely used in corrosion science, surface engineering, protective coatings R&D, and industrial materials qualification, bridging academic research accuracy and engineering-level reliability.

Core Design Philosophy

Planar geometry · Defined exposure · Reproducible data

The Flat Corrosion Cell is engineered to:

•Precisely define the electrochemically active surface area

•Eliminate edge corrosion and crevice leakage artifacts

•Maintain stable electrolyte contact over long test durations

•Deliver repeatable, publication-grade electrochemical results

Structural Design & Configuration

Flat Sample Exposure Architecture

•Designed specifically for planar metal or coated coupons

•Only the front surface is exposed to electrolyte

•Backside and edges are fully isolated to prevent parasitic currents

Rigid Compression & Sealing System

•PTFE compression plates on both sides

•Stainless steel tie rods with adjustable clamping force

•Chemical-resistant sealing gasket defining exposure window

•Prevents electrolyte creep and under-film corrosion

Optimized Electrode Geometry

Dedicated ports for:

•Working electrode (flat sample)

•Reference electrode

•Counter electrode

•Geometry optimized for uniform current distribution and low IR drop

Available Configurations

Cell Structure

•Flat Corrosion Cell

Layer Options

Typical Electrolyte Volume

⭐ Technical Specifications

Key Advantages

• True Planar Corrosion Measurement

Designed specifically for flat samples, avoiding geometric distortion common in rod or wire electrodes.

• High Reproducibility

Controlled sealing force and defined exposure area ensure consistent results between tests and users.

• Long-Term Stability

Suitable for extended immersion tests, long-term EIS monitoring, and degradation studies.

• Industrial Relevance

Flat geometry closely mimics real-world coated components and structural materials.

• Easy Assembly & Maintenance

Simple disassembly allows rapid sample exchange and cleaning.

Supported Electrochemical Techniques

•Open Circuit Potential (OCP)

•Potentiodynamic polarization

•Potentiostatic corrosion testing

•Electrochemical Impedance Spectroscopy (EIS)

•Cyclic Voltammetry (CV)

•Accelerated corrosion evaluation

Typical Applications

•Corrosion resistance evaluation of metals and alloys

•Protective coating performance testing

•Conversion coating and passivation studies

•Anti-corrosion coating R&D

•Surface treatment optimization

•Industrial coating quality control

•Academic corrosion mechanism research

Compatible Sample Types

•Carbon steel, stainless steel, aluminum, copper alloys

•Painted or polymer-coated metals

•Ceramic or conversion-coated surfaces

•Thin-film or multilayer protective coatings

(Custom sample sizes supported)

Standard Package Contents

•Borosilicate glass cell body

•PTFE compression plates

•Stainless steel support frame and fasteners

•Sealing gaskets / O-rings

•Electrode access fittings

(Electrodes and reference electrodes sold separately)

Customization Options (On Request)

•Custom exposure window size

•Alternative gasket materials

•Dual-cell comparative design

•Flow-assisted corrosion testing

•Elevated-temperature configurations

•Industry-specific test standards alignment

For Custom Orders or Inquiries

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

Email: support@franklab.shop