Industrial oxygen gas with lower purity than medical oxygen

Product Features Purity: Industrial oxygen gas is usually produced at a lower purity than medical oxygen (usually between 90 and 99 percent). It may contain impurities such as argon or nitrogen. High oxidizing ability: Oxygen is known as a strong oxidizing agent and can react chemically with various materials. Physical states: It is usually supplied as a gas in cylinders, but in certain cases it is stored as a liquid at very low temperatures. Colorless, odorless and tasteless: Oxygen is a clear gas and has no odor or taste. High pressure: It is usually stored in industrial cylinders under high pressure (200-300 bar). Industrial oxygen gas is one of the most widely used gases in various industries and is used in many industrial processes due to its chemical and physical properties. Below I will explain the characteristics and uses of industrial oxygen gas: Characteristics of industrial oxygen gas: Purity: Industrial oxygen gas is usually produced with a lower purity than medical oxygen (usually between 90 and 99 percent). It may contain impurities such as argon or nitrogen. High oxidizing ability: Oxygen is known as a strong oxidizing agent and can react chemically with various materials. Physical states: It is usually supplied as a gas in cylinders, but in certain cases it is stored as a liquid at very low temperatures. Colorless, odorless and tasteless: Oxygen is a clear gas and has no odor or taste. High pressure: It is usually stored in industrial cylinders under high pressure (200-300 bar). Industrial oxygen gas uses: Metal industries (cutting and welding): It is used for cutting metals and welding (especially the oxyacetylene process). By combining oxygen and other gases, it produces very high temperatures for melting metals. Glass and ceramics industries: It is used in glass and ceramic production furnaces as an auxiliary agent to increase the temperature and improve the quality of combustion. Petrochemical industries and refineries: It is used in combustion processes to produce energy or process chemicals. Especially in the production of fossil fuels and special chemicals. Water and wastewater treatment: Injecting oxygen into water helps to remove pollutants, improve the purification process and prevent bad odors. Pulp and paper industries: Used to bleach pulp and reduce the use of other chemicals, such as chlorine. Energy generation: Oxygen is used in power plants to increase combustion efficiency and reduce pollutant emissions. Food industry: Oxygen is used in combination with other gases (such as nitrogen) in food packaging to increase shelf life and maintain freshness. Environmental protection: Plays a role in industrial pollutant control processes (such as removing sulfur or carbon from chimneys). Advantages of using industrial oxygen gas: Increase the efficiency of combustion processes. Reduce fuel consumption. Improve the quality of manufactured products. Help reduce environmental pollution.