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| Product Name: |
Titanium Mesh-Plate Composite Sintered Diffusion L
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| Supply Ability: |
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| Related proudcts |
titanium, pem, ptl, |
| Specifications |
customized |
| Price Term: |
EXW |
| Port of loading: |
shanghai,shenzhen |
| Minimum Order |
1 piece |
| Unit Price: |
10 |
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TOPTITECH's newly developed titanium mesh-plate composite sintered diffusion layer is a multifunctional integrated component specifically engineered for proton exchange membrane water electrolysis hydrogen production technology. Through high-temperature vacuum sintering, a 1.0mm thick titanium porous plate with 10-micron filtration accuracy is metallurgically bonded with a 1.0mm thick titanium expanded mesh featuring 3กม6mm openings, forming a monolithic composite structure measuring 100กม100mm with a total thickness of 2.0mm.
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The porous plate undertakes precision gas-liquid distribution and particle interception through its uniform micron-sized pores, while the expanded mesh provides mechanical support and flow channels through its high-strength diamond lattice. The synergistic interaction sets new performance standards for diffusion layers in PEM electrolyzers.
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Manufactured from high-purity Gr1 titanium through precision powder sintering and mesh-plate composite processes, this product establishes dual-function pathways with gradient structure. The porous layer facilitates timely ***achment of hydrogen/oxygen bubbles from the catalyst surface, preventing gas accumulation; the expanded mesh layer enhances overall rigidity, maintaining dimensional stability and reliable contact throughout long-term operation, thereby improving electrolysis efficiency while significantly extending stack service life.
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Material: Gr1 titanium
Size: 100*100*2.0mm
Ti porous plate pore size: 10 micron
Ti expanded mesh hole size: 3*6mm
Technique: sintering
Features
Synergistic Gradient Composite Architecture
Metallurgical integration of a 10-micron precision sintered porous plate with a 3กม6mm expanded mesh creates a complete gradient pathway from micron-level filtration to millimeter-scale flow distribution. This design ensures fine distribution of reactants while providing macro-scale escape routes for gaseous and liquid products, eliminating transport bottlenecks common in single-pore-size structures |
| Company: |
Baoji Yinggao Mental Materials CO.,LTD(TOPTITECH)
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| Contact: |
Ms. cherry liu |
| Address: |
1502, Block A, Creative Building, Innovation and Technology Park, No. 195, Gaoxin Avenue, High-tech Zone, Baoji City (721013) |
| Postcode: |
721013 |
| Tel: |
+8619992203928 |
| Fax: |
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| E-mail: |
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