2026-04-15Views：
Special gas compressors focus on dealing with gases with special requirements for safety and purity (such as flammable, explosive, high purity, and corrosive gases), and are widely used in industries that are extremely sensitive to gas quality or process safety. With its oil-free design, stable compression structure and corrosion resistance, Granklin water-lubricated single screw air compressor can meet the needs of these scenarios. The specific application is reflected in the following aspects:
chemical production often involves flammable and explosive gases (such as hydrogen, ethylene) or corrosive gases (such as chlorine, ammonia) compression. This kind of gas has extremely high requirements for equipment sealing and material corrosion resistance, and at the same time, it is necessary to avoid chemical reaction between oil and gas (such as oil contact with strong oxidizing gas may cause combustion). Granklin air compressor uses water as the lubricating medium to completely eliminate the oil circuit system and avoid oil from the source to participate in the compression process. The structure of the single screw plus star wheel plate runs smoothly and has low friction, which reduces the particles generated by mechanical wear. With the application of corrosion-resistant materials, this kind of special gas can be compressed safely and stably to ensure the safety of chemical process.
high-purity gases (e. g., nitrogen, argon, silane) are used in scenarios such as chip manufacturing and display panel production, where oil, dust particles, or water vapor may contaminate precision equipment (e. g., lithography machines) or affect product performance (e. g., cause chip surface defects). The oil-free design of Granklin air compressor ensures that the compressed gas is completely free of oil pollutants, and water lubrication replaces oil lubrication to further reduce the risk of impurity introduction. Combined with post-processing equipment (such as suction dryer), water vapor can be deeply removed, providing a gas source that meets the ultra-high cleanliness requirements of the electronics industry and ensuring the reliability of precision manufacturing.
medical gases (such as oxygen, nitrogen, carbon dioxide) must meet the standards of sterility, oil-free, and odor-free, and are directly in contact with the human body or used in pharmaceutical production (such as inert gas protection). Traditional oil air compressor may cause gas pollution due to oil residue, affecting medical safety. Granklin air compressor through the water lubrication structure to avoid oil participation, the output of the gas purity is high, can meet the medical scene on the strict clean requirements of the gas source, for surgical gas, drug preparation and so on to provide a reliable guarantee.
hydrogen energy preparation, fuel cell production and other scenarios need to compress hydrogen and other flammable and explosive gases, the equipment safety, sealing requirements are very high. Granklin air compressor adopts the close matching design of single screw and star wheel, with low operation vibration and low leakage risk. It can safely complete the hydrogen compression task with oil-free characteristics to avoid the reaction of oil and hydrogen. At the same time, its stable pressure output capacity can meet the precise control requirements of gas flow and pressure in new energy process.
In summary, special gas compressors are widely used in industry in scenarios where gas safety and purity are demanding. Granklin water-lubricated single-screw air compressors provide reliable gas compression solutions for these scenarios through oil-free design, low-wear structure and corrosion resistance.
The air quality standard of air compressor working environment is a comprehensive consideration of various factors, which aims to ensure the efficient and safe operation of air compressor and the health of operators. The following is a detailed explanation of the air quality standards for the working environment of the air compressor.
Compressed air storage tanks play a vital role in industrial and production processes. They are used to store and supply compressed air to power various equipment and processes. However, in order to ensure the efficient
Choose 0.8MPa or 1.25MPa air compressor, mainly depends on your specific needs and scenarios. Here are some considerations and suggestions: 1. considerations Work pressure requirements: First, clarify the working pressure range required for your equipment or system. Such
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shanghai granklin group is a professional engaged in "water lubricated air compressor" manufacturer. They have successfully developed a variety of special gas compressors, such as gasoline gas compressors, nitrogen compressors, oxygen compressors, carbon dioxide
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When selecting an air compressor according to the air consumption of the equipment, the following key factors need to be considered: Determine the air consumption: First, understand the rated air consumption of all gas-using equipment and accumulate them to obtain the total air consumption of the entire process or system. Consider the equipment
Whether the compressed air tank belongs to special equipment depends on its design pressure and volume. According to publicly released information, only industrial compressed air tanks with a design pressure greater than 0.1MPa are regarded as special equipment and need to be managed in accordance with specific laws and regulations.
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