Focused on compressed air system design, air treatment, piping configuration, equipment maintenance, and common industrial air issues, with practical guidance based on pressure, flow, dew point, air quality, and operating conditions for equipment selection, system optimization, and routine operation and maintenance.
The compressed air pressure used in most production workshops is between 0.6 and 0.8 MPa, which can meet the needs of most gas-using equipment. The oil-free water-lubricated air compressor can not only provide this pressure stably, but also flexibly adjust it according to actual needs, which saves electricity and worry.
Small machines are recommended to work continuously for 4 to 8 hours, and piston-type machines also need frequent rest, while industrial-grade oil-free and water-lubricated air compressors and water-lubricated air compressors can run continuously for 24 hours. However, no matter what kind of machine, heat dissipation should be done well and maintenance should be kept up, so that the motor can run for a long time and run steadily.
Compressed air has different requirements for cleanliness in different usage scenarios. Some places require almost no oil in the air, and almost no dust. Some places require a little looser, but not too dirty. We can understand these different requirements in the order from the cleanest to the most common.
The displacement is how much compressed air this air compressor can "spit" out per minute. You can think of it as the water outlet speed of a water pipe-the greater the displacement, the more compressed air the machine can produce per minute, and the more "vigorous" the work ".
There are countless uses for air compressors-hard work, soot blowing, painting, braking, ventilation, cooling, transportation, and almost every industrial scene you can think. The more demanding the air quality, the more water-lubricated air compressors and oil-free water-lubricated air compressors can be used-oil and dirt are kept out of the door from the source, so that every wisp of compressed air can complete its mission cleanly.
The air supply pressure of each channel in the factory is different, which is normal and designed. The distance of the pipeline, the amount of gas used, and the demand for equipment are different, and the pressure is naturally different. However, no matter how it is divided, the air compressor at the source must be reliable-the water-lubricated air compressor is especially suitable to be the "reliable source" because it has stable air output, does not pollute the pipeline and has few faults, so that the whole big tree of the gas path will flourish.
In a semiconductor factory, compressed air is not a supporting role, but one of the three foundations that are juxtaposed with electricity and light. Purge, drive, flow control, cooling, everywhere to be used.
The specific power is the "power consumption report card" of the air compressor, the smaller the better. Because the water-lubricated air compressor has low water resistance, no aging, and good heat dissipation, it is naturally easy to get a smaller specific power, which saves electricity and produces clean gas. It is a "smart and clean" choice.
7kg is the upper limit of the pressure for this air compressor to "work steadily". If it is water lubricated, it can output this pressure while also protecting itself without oil, clean gas and relying on water inside, which is especially suitable for places that require air quality.
Medical air compressor is the key equipment in the medical field, and its core function is to provide stable and clean compressed air for all kinds of medical equipment to meet the strict requirements of air source quality in medical scenarios. It has a wide range of uses, covering respiratory support, surgical power, environmental control and other aspects.
