Cell Lab Porous Iron Foam [300 × 200 × 3 mm, for Catalysis & Electrochemistry] – High-Porosity Iron Substrate for Energy and Catalytic Research

Cell Lab Porous Iron Foam [300 × 200 × 3 mm, for Catalysis & Electrochemistry] – High-Porosity Iron Substrate for Energy and Catalytic Research

Lightweight, durable, and cost-effective porous iron foam for catalysis, water splitting, and battery electrode development

The Cell Lab Porous Iron Foam is a versatile, high-porosity metallic substrate engineered for research in catalysis, electrochemistry, and hydrogen production. With its open-cell architecture, large surface area, and excellent mechanical strength, it enables efficient gas diffusion, electrolyte transport, and high reaction kinetics across catalytic and electrochemical systems.

Ideal for hydrogen evolution (HER), oxygen reduction (ORR), water purification, and battery electrode fabrication, this iron foam offers a balance between electrical conductivity, chemical reactivity, and affordability — making it suitable for both laboratory research and pilot-scale production environments.

A thin oxide layer may form on the surface, which can be easily removed with diluted hydrochloric acid prior to use.

Key Features

Excellent Porosity (60–98%)
Highly open structure ensures superior fluid and gas diffusion for enhanced catalytic performance.

High Mechanical Strength
Supports tensile loads up to 50 MPa and compressive strength exceeding 250 kPa, maintaining durability under operation.

Electrochemically Active Surface
Promotes efficient charge transfer for electrocatalytic reactions such as HER and OER.

Scalable and Customisable
Standard 300 × 200 × 3 mm format; alternative sizes, densities, and pore structures available upon request.

Cost-Effective Research Material
Provides a low-cost, conductive support for academic, industrial, and pilot-scale projects.

Technical Specifications

Applications & Industries

• Hydrogen evolution (HER) and oxygen evolution (OER) catalysis

• Water splitting and electrolysis systems

• Wastewater purification and chemical absorption

• Battery and supercapacitor electrode substrates

• Catalytic reaction engineering and energy conversion research

FAQ

Q1: Does the iron foam come pre-cleaned for electrochemical use?
The foam may exhibit minor oxidation during storage; this can be removed with diluted HCl to restore metallic luster.

Q2: Can this foam serve as a current collector in batteries?
Yes. Its conductivity and surface structure make it ideal as an anode substrate or current collector in electrochemical systems.

Q3: What is the typical lifetime under catalytic operation?
When properly maintained, the foam maintains structural and catalytic stability through extended test cycles.

Q4: Is custom pore size fabrication available?
Yes. Cell Lab provides tailored pore sizes, densities, and geometries to meet experimental requirements.

Q5: How should the foam be stored?
Keep in a dry environment to minimise oxidation. For long-term storage, vacuum-sealing is recommended.