Name: GR1 porous titanium plate for hydrogen production Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 194729803

GR1 Porous Titanium Plate is a high-performance material specifically designed for hydrogen production. Manufactured using high-quality industrial-grade titanium alloy, the GR1 Porous Titanium Plate offers exceptional hydrogen diffusion properties and outstanding corrosion resistance.

The unique design and manufacturing process of this porous plate ensure its excellent performance in hydrogen production processes. The porous structure provides a large surface area, enhancing hydrogen adsorption and storage capacity. Additionally, the precisely controlled pore size and porosity allow for adjustable hydrogen permeation rates, making the GR1 Porous Titanium Plate an efficient medium for hydrogen transport.

Another remarkable feature of the GR1 Porous Titanium Plate is its corrosion resistance. Titanium alloy exhibits excellent resistance to corrosion, maintaining exceptional stability in acidic, alkaline, and high-temperature environments. This characteristic makes the GR1 Porous Titanium Plate a reliable choice for hydrogen production equipment and processes involving corrosive media.

Porous titanium plate

Shaped titanium plate

Sintered titanium plate

Products parameters

Brand: TopTiTech

Specifications: 500mm*1000mm, can be cut freely, round, square, shaped

Thickness: can be made between 0.8-2.8mm

Pore size/Accuracy: 0.22-100 microns can be produced

Material: Gr1

Place of Origin: Baoji, China

Porosity: 35%

Pressure: 0.2Mpa

How does the GR1 Porous Titanium Plate compare to other materials commonly used for hydrogen production?

1. Enhanced Hydrogen Diffusion: The GR1 Porous Titanium Plate is specifically designed to optimize hydrogen diffusion. Its porous structure provides a large surface area, facilitating increased hydrogen adsorption and storage capacity. This results in improved efficiency and performance in hydrogen production processes compared to non-porous materials.

2. Superior Corrosion Resistance: Titanium alloy, the primary component of the GR1 Porous Titanium Plate, exhibits exceptional corrosion resistance. It maintains stability even in harsh environments involving acidic or alkaline solutions, making it highly suitable for corrosive media encountered in hydrogen production. In contrast, materials like steel or aluminum may be more susceptible to corrosion, impacting their longevity and reliability.

10um Porous Titanium Plate With Chamfers for PEMFC 3

3. Lightweight and High Strength: The GR1 Porous Titanium Plate benefits from the inherent characteristics of titanium, such as its lightweight nature and high strength-to-weight ratio. This makes it an ideal choice for applications where weight reduction is crucial, such as in aerospace or portable hydrogen production systems. Compared to heavier materials like steel, titanium offers improved efficiency and ease of handling.

4. Customizable Design: The GR1 Porous Titanium Plate can be customized to meet specific application requirements. Its pore size and porosity can be tailored to regulate the hydrogen permeation rate, optimizing performance based on the desired hydrogen production process. This adaptability sets it apart from non-customizable materials, providing a more versatile solution.

5. Long-Term Durability: With its excellent corrosion resistance and robust mechanical properties, the GR1 Porous Titanium Plate offers long-term durability. It can withstand high operating temperatures and maintain its structural integrity over extended periods, ensuring reliable performance and minimizing maintenance or replacement costs.

Titanium micro porous flow channel plates 4

The GR1 Porous Titanium Plate finds wide application in hydrogen production processes

1. Electrolysis: The GR1 Porous Titanium Plate is used as a cathode in water electrolysis, enabling efficient hydrogen gas diffusion and increased production rates.

2. Hydrogen Purification: The plate is utilized for selective hydrogen permeation in pressure swing adsorption (PSA) and membrane separation processes, ensuring high-purity hydrogen production.

3. Fuel Cells: It serves as a gas diffusion layer in fuel cells, facilitating efficient hydrogen distribution and maintaining reliability in harsh operating conditions.

4. Catalysis Support: The porous structure of the plate acts as a support material for catalysts, enhancing catalytic activity in hydrogen production reactions.

5. Hydrogen Storage: Integrated into storage systems, the plate allows for efficient storage and release of hydrogen gas, contributing to reliable hydrogen storage solutions.