Generic Platinized Titanium Fiber Paper - Vacuum Thermal Reduction (TIFP040MP_1 mgPt/cm², 5x5cm)

In advanced electrolyzers and electrochemical energy systems, the choice of electrode diffusion layer materials directly affects efficiency, stability, and lifetime. Platinized Titanium Fiber Paper – Vacuum Thermal Reduction is made from high-purity sintered titanium fibers. The fibers are first acid-washed to remove surface oxides and impurities, then platinum-coated via vacuum thermal reduction, ensuring a uniform and robust Pt layer. This dual-process approach delivers enhanced electrochemical activity, superior catalytic performance, and outstanding corrosion resistance, making it ideal for anode diffusion layers (PTL) in electrolyzers and high-performance battery current collectors.

• Core Titanium Fiber Paper Advantages
• Excellent oxidation resistance – stable under strong oxidative conditions, unlike carbon paper which decomposes to CO₂.
• High conductivity – continuous sintered fibers ensure even current distribution.
• High porosity (50–70%) – facilitates gas and electrolyte transport, enhancing reaction efficiency.
• Flexible and customizable – supports different thicknesses, fiber lengths, and dimensions.