Titanium Felt
Thickness : 1mm
Porosity: 70%

Application :

Fuel Cells;
Hydrogen Evolution;
Air Guide & Drainage Function;
Electrolyzer Stacks;
PEM electrolyzer diffusion layer;
EV vehicles;
Hydrogen Suction Machine;
Hydrogen-Rich Water dispenser

Dispatch Estimate	: 3–5 Working Days
Packaging	: Free
Certification	: Certificate of conformity or Mill Certificate provided
Shipping	: Free shipping within the UK, international via TNT Courier

Note : Contact us directly if you need larger quantity, custom cut Sizes or different thickness or porosity levels than those listed. We will be happy to assist you. Mail us at sales@ti-shop.com 

🔬 1. Energy & Electrochemistry (biggest use case)

This is where titanium fiber felt really shines.

Fuel cells & electrolyzers

Used as gas diffusion layers (GDL)

Helps distribute gases evenly while conducting electricity

Common in hydrogen fuel cells and PEM electrolyzers

Hydrogen production

Acts as an electrode substrate

Excellent corrosion resistance in harsh electrochemical environments

👉 This is a fast-growing area due to the green hydrogen boom.

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⚡ 2. Battery & Advanced Energy Storage

Used in flow batteries (vanadium redox, etc.)

Provides:

• • high surface area

  • good electrical conductivity

  • stable structure

Also explored in:

lithium batteries (as current collectors)

experimental solid-state systems

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🧪 3. Chemical & Corrosive Filtration

Titanium fiber felt works extremely well as a high-end filter medium.

Applications:

acid-resistant filtration

chemical processing plants

pharmaceutical production

Why it works:

withstands strong acids, alkalis, and high temperatures

doesn’t corrode like steel

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🌊 4. Marine & Water Treatment

Used in desalination systems

seawater filtration

electrochlorination systems

Titanium’s corrosion resistance makes it ideal for saltwater environments.

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🚀 5. Aerospace & High-Temperature Systems

Used in lightweight structural and functional components

heat-resistant filtration

flow control systems

Benefits:

high strength-to-weight ratio

stability under extreme conditions