The gas purification equipment is a highly efficient, compact gas purification device, constructed with carefully selected materials. It features a rational structure, reliable performance, excellent durability, and high purification efficiency. This equipment is widely used in inorganic chemical industries, fertilizer production, and environmental engineering.
The gas purification equipment consists of three independent gas flow paths. Each path is filled with different types of adsorbents to reduce the impurity content in the gas. Impurities typically include oxygen, moisture, and hydrocarbons. Therefore, depending on the specific gas, the gas purifier is filled with silica gel (for removing moisture), molecular sieves (for adsorbing moisture, CO2, SO2, NH3, and other trace light hydrocarbon components), activated carbon (for adsorbing trace hydrocarbon organic compounds), and 105 catalyst (for removing O2 from H2) to achieve purification. Depending on the application requirements, the three gas paths can also be connected in series for deep purification.
The gas purification equipment is a small purification device designed for purifying gases such as H2, N2, and air in laboratories. It is widely used in gas purification in laboratories and process flows for polymer materials, organic synthesis, physical chemistry, elemental analysis, fiber optic materials, semiconductor materials, inorganic materials, metal smelting, environmental analysis, food analysis, and gas chromatography. The principle of the gas purification equipment is based on three independent gas flow paths, providing bidirectional dual-filter purification of harmful impurities in the gas.
The gas purification equipment is a small purification device specifically designed and manufactured for gas purification in laboratories. It purifies non-corrosive gases such as nitrogen, hydrogen, and air. It is suitable for various laboratories and process flows and is an important accessory for gas sources and gas generators.
