Cell Lab porous 316 stainless steel foam (250 × 250 × 1 mm) – durable, conductive substrate for catalysis, electrolysis, and fuel cell research. Corrosion-resistant, 3D porous, and customisable for electrochemical applications.
Cell Lab porous 316 stainless steel foam (250 × 250 × 1 mm) – durable, conductive substrate for catalysis, electrolysis, and fuel cell research. Corrosion-resistant, 3D porous, and customisable for electrochemical applications.

Cell Lab Porous 316 Stainless Steel Foam Sheet [250 × 250 × 1 mm] – Durable Conductive Substrate for Catalysis & Electrochemical Research

Cell Lab Porous 316 Stainless Steel Foam Sheet [250 × 250 × 1 mm] – Durable Conductive Substrate for Catalysis & Electrochemical Research High-strength and corrosion-resistant porous stainless steel for fuel cell, electrolysis, and catalytic applications The Cell Lab Porous...
Vendor: Cell Lab
SKU: CL0158
Product type: Battery Consumables
£349.00
£349.00
Subtotal: £349.00
Description
Description
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Cell Lab Porous 316 Stainless Steel Foam Sheet [250 × 250 × 1 mm] – Durable Conductive Substrate for Catalysis & Electrochemical Research

High-strength and corrosion-resistant porous stainless steel for fuel cell, electrolysis, and catalytic applications

The Cell Lab Porous 316 Stainless Steel Foam Sheet is a robust conductive substrate developed for electrocatalysis, microbial fuel cells, and electrochemical research. Featuring a 3D interconnected pore network with 30–35% porosity, it delivers excellent electron transport, mechanical stability, and chemical resistance under harsh operating environments.

Manufactured from 316-grade stainless steel, this foam combines superior corrosion protection with high conductivity, making it ideal for current collectors, catalyst supports, and electrode reinforcement structures in battery, fuel cell, and water electrolysis systems. Custom dimensions and porosities can be tailored to meet specific laboratory or pilot-scale requirements.

Key Features

Electrochemically Stable 316 Stainless Steel
Engineered for long-term use in corrosive environments such as alkaline or acidic electrolytes.

3D Porous Network
Interconnected pore structure enhances gas diffusion, catalytic utilisation, and mass transport efficiency.

High Electrical Conductivity
Provides excellent current distribution and electron transfer across the electrode surface.

Customisable Dimensions
Available in standard 250 × 250 × 1 mm size; thickness and pore structure can be adjusted upon request.

Versatile Multi-Field Applications
Suitable for fuel cells, water electrolysis, electrocatalysis, and microbial energy systems.

Technical Specifications

Property Value
Material 316 Stainless Steel
Size 250 mm × 250 mm (customisable)
Thickness 1 mm (customisable)
Porosity 30–35 %
Pore Structure 3D interconnected open-cell network
Electrical Conductivity High (metallic-grade)
Corrosion Resistance Excellent (acidic and alkaline media)
Pack Size 1 piece
Recommended Application Catalysis, electrolysis, and microbial fuel cell substrate

Applications & Industries

  • Electrocatalysis and catalyst support substrates

  • Microbial and proton-exchange membrane (PEM) fuel cells

  • Hydrogen and oxygen evolution (HER/OER) electrodes

  • Water electrolysis and chemical conversion systems

  • Battery and electrochemical testing platforms

FAQ

Q1: Why use 316 stainless steel for electrochemical research?
316SS provides superior corrosion resistance, thermal stability, and mechanical strength, making it ideal for long-term use in electrolyte environments.

Q2: Can this foam be used in alkaline and acidic media?
Yes. It exhibits strong chemical resistance across a broad pH range, including both acidic and basic electrolytes.

Q3: Is it suitable as a current collector?
Yes. Its high conductivity and rigidity make it a reliable current collector for electrochemical cells.

Q4: Can the pore size and thickness be customised?
Yes. Cell Lab offers tailored production for different porosities and thicknesses based on specific experimental needs.

Q5: Does it require surface treatment before coating catalysts?
For best adhesion, mild surface roughening or ultrasonic cleaning is recommended before catalyst deposition.

Shipping & Return
Shipping & Return
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Returns Policy

You may return most new, unopened items within 30 days of delivery for a full refund. We'll also pay the return shipping costs if the return is a result of our error (you received an incorrect or defective item, etc.).

You should expect to receive your refund within four weeks of giving your package to the return shipper, however, in many cases you will receive a refund more quickly. This time period includes the transit time for us to receive your return from the shipper (5 to 10 business days), the time it takes us to process your return once we receive it (3 to 5 business days), and the time it takes your bank to process our refund request (5 to 10 business days).

If you need to return an item, simply login to your account, view the order using the "Complete Orders" link under the My Account menu and click the Return Item(s) button. We'll notify you via e-mail of your refund once we've received and processed the returned item.

Shipping

We can ship to virtually any address in the world. Note that there are restrictions on some products, and some products cannot be shipped to international destinations.

When you place an order, we will estimate shipping and delivery dates for you based on the availability of your items and the shipping options you choose. Depending on the shipping provider you choose, shipping date estimates may appear on the shipping quotes page.

Please also note that the shipping rates for many items we sell are weight-based. The weight of any such item can be found on its detail page. To reflect the policies of the shipping companies we use, all weights will be rounded up to the next full pound.