Ti Expanded Metal Mesh Diamond Hole For Water-electrolytic Hydrogen Making

Description of Expanded Metal Mesh

Titanium is a lightweight yet high-strength metal with excellent corrosion resistance and chemical stability. In the process of hydrogen production via water electrolysis, electrode materials need to be exposed to acidic or alkaline electrolytes for long periods, and titanium mesh can effectively resist corrosion and extend the service life of equipment. Titanium mesh boasts good electrical conductivity, and its surface can be treated with special processes to form an active coating, which further improves electrolysis efficiency. Manufacturing enterprises in Hebei Province leverage local resource advantages and produce high-quality titanium mesh products through precision processing technologies, meeting the hydrogen production needs of different scales.

The production process of hydrogen production titanium mesh involves multiple precision steps. High-purity titanium raw materials must be selected, and mesh structures are formed through processes such as smelting, rolling and stretching. The size, shape and distribution of the mesh holes are elaborately designed to ensure full flow of the electrolyte and efficient gas evolution. Subsequently, the surface of the titanium mesh undergoes activation treatment – such as coating with catalytic materials – to reduce the energy consumption of the electrolysis reaction. The entire manufacturing process prioritizes environmental protection and resource utilization, adopting energy-saving technologies to cut carbon emissions while ensuring product consistency and reliability.

Specifications of  Expanded Metal Mesh

Features of Expanded Metal Mesh

1.Continuity--the mesh is formed from a single piece of metal

2.Environment friendly--no wasteful of material
3.High strength--higher strength to weight ration then metal sheet
4.Adherence--anti slip surface
5.Very good noise and fluid filtration--excludes & retains simultaneously
6.Good rigidity--premium reinforcement properties

7.Good conductivity--highly efficient conductor

8.Screening--practical and effective light filtration

9.Good resistance to corrosion

Applications of  PEM Electrolytic Cell Titanium Expanded Metal Mesh

1. Sewage Treatment
2. Cathode Protection
3. Noble Metal Plating (silver, gold)
4. Sea Water Antifouling
5. Testing Electrode
6. Electrolytic Synthesis Of Organic
7. Electroplating Industry
8. Electrodialysis
9. Electrolytic Water etc