News
-
High-purity xenon: difficult to produce and irreplaceable
High-purity xenon, an inert gas with a purity exceeding 99.999%, plays an important role in medical imaging, high-end lighting, energy storage and other fields with its colorless and odorless, high density, low boiling point and other properties. Currently, the global high-purity xenon market co...Read more -
What is silane?
Silane is a compound of silicon and hydrogen, and is a general term for a series of compounds. Silane mainly includes monosilane (SiH4), disilane (Si2H6) and some higher-level silicon hydrogen compounds, with the general formula SinH2n+2. However, in actual production, we generally refer to monos...Read more -
Standard gas: the cornerstone of science and industry
In the vast world of scientific research and industrial production, standard gas is like a silent hero behind the scenes, playing a vital role. It not only has a wide range of applications, but also shows a promising industry prospect. Standard gas is a gas mixture with an accurately known concen...Read more -
Previously used to blow up balloons, helium has now become one of the world’s scarcest resources. What is the use of helium?
Helium is one of the few gases that is lighter than air. More importantly, it is quite stable, colorless, odorless and harmless, so it is a very good choice to use it to blow up self-floating balloons. Now helium is often called “gas rare earth” or “golden gas”. Helium is ...Read more -
The Future of Helium Recovery: Innovations and Challenges
Helium is a critical resource for a variety of industries and is facing potential shortages due to limited supply and high demand. Importance of Helium Recovery Helium is essential for applications ranging from medical imaging and scientific research to manufacturing and space exploration....Read more -
What are fluorine-containing gases? What are the common fluorine-containing special gases? This article will show you
Electronic special gases are an important branch of special gases. They penetrate almost every link of semiconductor production and are indispensable raw materials for the production of electronic industries such as ultra-large-scale integrated circuits, flat panel display devices, and solar cell...Read more -
What is Green Ammonia?
In the century-long craze of carbon peak and carbon neutrality, countries around the world are actively looking for the next generation of energy technology, and green ammonia is becoming the focus of global attention recently. Compared with hydrogen, ammonia is expanding from the most traditiona...Read more -
Semiconductor Gases
In the manufacturing process of semiconductor wafer foundries with relatively advanced production processes, nearly 50 different types of gases are needed. Gases are generally divided into bulk gases and special gases. Application of gases in microelectronics and semiconductor industries The use ...Read more -
The role of helium in nuclear R&D
Helium plays an important role in research and development in the field of nuclear fusion. The ITER project in the Estuary of the Rhône in France is an experimental thermonuclear fusion reactor under construction. The project will establish a cooling plant to ensure the cooling of the reactor. “I...Read more -
Electronic Gas Demand to Increase as Semi-Fab Expansion Advances
A new report from materials consultancy TECHCET predicts that the five-year compound annual growth rate (CAGR) of the electronic gases market will rise to 6.4%, and warns that key gases such as diborane and tungsten hexafluoride may face supply constraints. The positive forecast for Electronic Ga...Read more -
New energy-efficient method for extracting inert gases from air
The noble gases krypton and xenon are on the far right of the periodic table and have practical and important uses. For example, both are used for lighting. Xenon is the more useful of the two, having more applications in medicine and nuclear technology. ...Read more -
What are the advantages of deuterium gas in practice?
The main reason why deuterium gas is widely used in fields such as industrial research and medicine is that deuterium gas refers to a mixture of deuterium isotopes and hydrogen atoms, where the mass of deuterium isotopes is about twice that of hydrogen atoms. It has played an important beneficial...Read more
