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Gas Industry in the Semiconductor Industry
The use of gases in the semiconductor industry dates back to the early 1950′s to 1960′s. During the semiconductor manufacturing process, gases are mainly used to clean and protect semiconductor materials to ensure their purity and quality. Among the most commonly used gases are nitrog...Read more -
Special Gas Pipeline Engineering Installation: Efficient Energy for Negative Material Production
With the continuous development of new energy vehicles, the demand for anode materials for new energy vehicle power batteries is also increasing, and anode materials will become the most important development direction of the lithium battery anode materials market in the future. At present, lithi...Read more -
Fluid System Components for Semiconductor Manufacturing Processes
The different chemicals and gases used in semiconductor manufacturing require robust fluid systems for uninterrupted supply at every stage of production. These fluid systems must be able to support the extreme process conditions required for semiconductor manufacturing while ensuring a clean, lea...Read more -
System design for gases used in semiconductor manufacturing
As the semiconductor market grows, standards for purity and accuracy become more stringent. One of the determining factors in the quality of semiconductor manufacturing is the gases used in the process. These gases play many roles in the manufacturing process, including: Precision process control...Read more -
How Proper Equipment Ensures Safe Gas Transportation and Mitigates Gas Exposure
Using gases can be dangerous. Gas leaks or gas contamination are serious events that can lead to fire, explosion, personal injury or even death. All of these outcomes jeopardize the safety of on-site employees and risk damaging or destroying valuable equipment and property. Additionally, natural ...Read more -
Origin of gas pressure regulator
The origin of gas pressure regulators can be traced back to the mid-19th century with the development of devices to control and regulate gas flow and pressure in various applications. The early gas pressure regulators were primarily used in gas lighting systems, which were prevalent during that ...Read more -
Ultrahigh-Purity Gas Pressure Regulators
Difference between high and low flow rates of high purity gas regulators: High flow regulators are typically designed to handle higher gas flow rates, usually in liters per minute (L/min) or cubic meters per hour (m³/h). In contrast, low flow regulators are suitable for lower gas flow ranges, u...Read more -
Why are ultra-high-purity pressure regulators used in a large percentage of applications in the semiconductor industry?
Nowadays more and more industries need to use ultra-high purity gases, and many companies began to research and manufacture valves used to regulate high-purity gases, so there is a pressure control valve. The materials used in this regulating valve are of high quality, including the diaphragm fit...Read more -
About VCR gas pressure regulator and its features！
1. What gases the VCR gas pressure regulator is suitable for？ VCR gas pressure regulators are suitable for hazardous and ultra-high purity gases. 2. What are the hazardous gases for which the VCR gas pressure regulator is suitable? Common dangerous gases and related information are: Ammonia (...Read more -
Gases found within Pharmaceutical and Bioanalytical Laboratories
There are a wide variety of gases found within a pharmaceutical or medical laboratory. Many have no taste, colour or smell, which makes it difficult to tell if a gas leak is present. A gas leak from a cylinder or fixed pipe gas system poses a series risk that can cause a potentially fatal incide...Read more -
Application of special gas tail gas treatment gas！
Tail gas treatment equipment can handle gases used in etching processes and chemical vapor deposition processes in the semiconductor, liquid crystal, and solar energy industries, including SiH4, SiH2Cl2, PH3, B2H6, TEOS, H2, CO, NF3, SF6, C2F6, WF6, NH3, N2O, and so on. Exhaust gas treatment me...Read more -
The critical role of gas distribution systems in manufacturing in the semiconductor industry!
In semiconductor fabrication, gases do all the work and lasers get all the attention. While lasers do etch transistor patterns into silicon, the etch that first deposits the silicon and breaks down the laser to make complete circuits is a series of gases. It is not surprising that these gases, wh...Read more