The demand for high-purity hydrogen for semiconductor extreme ultraviolet (EUV) processes has increased dramatically. Taiwan, China is also exploring the possibility of waste hydrogen recycling as an industry. For Taiwan’s semiconductor industry. TSMC and other players have declared that they have joined the RE100 initiative, committing to 100% renewable energy use by 2050. In addition,

Hydrogen as a clean, renewable green energy has become the future trend, how to make hydrogen is a problem, at present the proton exchange membrane electrolysis of hydrogen is one of the main methods of producing hydrogen, the technology will be proton exchange membrane as a solid electrolyte to replace the alkaline electrolyte and diaphragm,

Titanium felt is a material with special pore structure, and its pore structure and size parameters have an important influence on its performance. In this paper, we will discuss the two aspects of pore structure and size parameters. The pore structure of titanium felt has an important influence on its performance. The pore structure of

Titanium felt is a common product in the metal fiber industry and is used in a wide variety of applications. Titanium fibers can be scraped from wires, scraped from foils, drawn from larger diameter wires, processed from ingots and cast from molten metal. Titanium felt mats are made by a special lay-up process and a

Raytron Titanium Fiber MatsYour Leading China Titanium Fiber Mats Supplier. Raytron titanium fiber mats are commonly used in fuel cells to achieve optimal mass transfer, ohmic resistance and activated polarization in the gas diffusion layer of the fuel cell.Raytron designs titanium fiber mats with different thicknesses and precision to achieve better gas permeability and conductivity

titanium paper are mainly used as flow field or diffusion material in electrolytic cells, especially on the oxygen (anode) side. Since carbon is immediately oxidized to carbon dioxide (if the medium is acidic) or carbonate ions (if the medium is alkaline) during the electrolysis reaction, electrolytic cell hardeners are not able to use carbon-based Gas

Raytron’s newly developed metal titanium fiber felt is made of micron-sized pure titanium fiber through a special lay-up process and a special ultra-high temperature vacuum sintering process in accordance with the latest technical standards in the industry. Compared with titanium mesh and titanium powder sintered plate, titanium fiber felt has an excellent three-dimensional network porous

The new hydrogen fuel cell technology delivers up to 50 percent more performance than current state-of-the-art technology. And durability has been improved. Advances in trench electrode design may help optimize next-generation fuel cell technology to power zero-emission medium- and heavy-duty transportation. “Battery performance improved by redesigning the electrode structure,” says Jacob Spendelow, a materials scientist

Flying fuel cell concept unveiled as MTU and DLR collaborate on liquid hydrogen power system Recently, MTU Aero Engines is developing a Flying Fuel Cell™ (FFC) concept. Converting liquid hydrogen into electrical energy for use in aviation. The concept will take place in Munich, Germany, and involves an efficient electric motor-driven propeller. It can used

Titanium fiber felt is suitable for LGDL (liquid/gas diffusion layer) in hydrogen production and Fuel cell stack. As a highly promising material for a PEM electrolyzer, titanium fiber felt provides high thermal/ electrical conductivities and excellent mechanical properties. For example, high corrosion resistance at high positive overpotential, even in highly acidic and humid conditions. Carbon