The Titanium Felt Mesh Composite Plate is a special material created by combining mesh with titanium felt to create a composite structure. The incorporation of titanium felt and mesh enhances the structural integrity of the composite plate, ensuring durability and reliability in demanding conditions.

The Titanium Felt Mesh Composite Plate is a high-performance material engineered for demanding electrochemical applications, particularly in PEM electrolyzers and fuel cells. It creates a porous, conductive, and corrosion-resistant structure by combining titanium mesh with sintered titanium fiber felt. With 70% porosity and graded pore distribution, it optimizes gas-liquid transport while minimizing electrical resistance.

Products Specifications

Material: titanium fiber felt+ titanium wire mesh
Size: 100*100*1.5mm
Pore size: 10 microns
Technical: Sintering
Application: Electrolyzer, fuel cell, and others.

Products Features

10 microns Titanium Felt Mesh Composite Plate for electrolyzers 3

1. Optimized Mass Transfer‌: High porosity enables efficient gas/liquid flow with low resistance.

2. Enhanced Performance: The use of Titanium Felt Mesh Composite Plates can lead to improved efficiency, durability, and overall performance of PEM electrolyzers due to the benefits of titanium as a material.

10 microns Titanium Felt Mesh Composite Plate for electrolyzers 4

3. Conductivity: Titanium is a good conductor of electricity, facilitating efficient electron transfer during the electrolysis process.

4. Structural Integrity: Titanium Felt Mesh Composite Plates provide structural support for electrodes within the electrolyzer, enhancing stability during operation.

What are the functions of titanium felt mesh composite plates in PEM electrolyzers?

1. Gas Diffusion Layer: Titanium felt mesh composite plates can serve as gas diffusion layers in PEM electrolyzers, facilitating the even distribution of reactant gases across the electrode surface.

2. Electrode Support: Titanium felt mesh composite plates can provide structural support for the electrodes within the electrolyzer, ensuring stability during operation.

3. Enhanced Performance: By utilizing titanium felt mesh composite plates, PEM electrolyzers can achieve higher efficiency, improved durability, and better overall performance due to the benefits of titanium as a material.

4. Improved Electrolysis Efficiency: The use of titanium felt mesh composite plates can contribute to enhanced electrolysis efficiency by providing a stable and corrosion-resistant platform for the electrolysis process.