2026-04-14Views：
The storage pressure level of industrial gases is not generalized, but is determined according to the specific gas type, use requirements and safety regulations. In general, industrial gases can be present in the form of high pressure, medium pressure or even low pressure, depending on the nature of the gas, the design of the storage vessel and the requirements of the application scenario.
For example, some industrial gases that require high purity and stable pressure supply may be stored and transported in high pressure containers to ensure gas stability and continuity of supply. Other gases, due to their more stable nature and less demanding pressure, may be stored at medium or low pressure.
Therefore, industrial gas cannot be simply classified as high pressure or medium pressure, but needs to be analyzed according to the actual situation. During the storage and use of industrial gases, relevant safety regulations and operating procedures must be strictly observed to ensure the safety of personnel and equipment.
The core of semiconductor compressed air treatment is three things: to oil, to water, to dust. The water-lubricated air compressor solves the problem of oil from the source of compression. At the same time, because it does not produce sludge and metal debris, it also indirectly reduces the risk of particle pollution, making the entire purification chain easier and more reliable. As long as the equipment is selected, the pipeline is well done, and the maintenance is kept up, the compressed air can honestly meet the demanding requirements of semiconductor production.
In the machining industry, air compressor, as an important air source equipment, provides stable and reliable power support for many machining equipment. Whether it is cutting, punching, drilling or grinding, these processes are often inseparable from the assistance of compressed air. Which machines?
Air compressors are usually not classified as special equipment because they are generally considered to be industrial equipment or mechanical equipment. Although air compressors may involve high-pressure operations, in general, they are not directly recognized as special as pressure vessels, boilers, etc.
As a representative of precision manufacturing, the semiconductor industry has extremely stringent requirements for air compressors, which need to meet the core requirements of ultra-pure gas supply, extreme stability, low pollution emissions and intelligent control. The following three dimensions: technical performance, system integration, operation and maintenance
Technical Guide for Flow Calculation of Parallel System of Air Compressors Parallel operation of air compressors is a common technical scheme to improve gas supply capacity. The flow calculation needs to comprehensively consider equipment characteristics, pipe network resistance and gas load. Now on the parallel system flow calculation method and engineering practice.
There are significant differences between screw compressor and scroll compressor in structure, working principle, performance and application. The following is a specific comparison of the two: structure and design: screw compressor: by a pair of parallel, intermeshing rotor (screw) structure
Oil-free air compressor is designed and theoretically, its gas should not contain oil, because it does not use oil in the process of compressing air. However, in practical applications, the possibility of gas containing oil exists, which is mainly affected by some external factors and operation and maintenance conditions.
The size of the air compressor required for 1 cubic meter of air consumption per minute is not a fixed value, but is affected by many factors. The following are some key considerations and recommendations: 1. Factors Exhaust pressure: Compressor power and gas volume
The oil-free air compressor does not use lubricating oil at all, but does not use lubricating oil in its compression chamber to ensure that the discharged compressed air does not contain oil. However, other parts of the oil-free air compressor, such as bearings, gears, etc., still need to be lubricated to ensure the normal operation of the machine
The water supply of the water-lubricated air compressor is controlled by the system. The water vapor cylinder will replace the pure water many times to replace the water in the head of the water-lubricated air compressor. Water replenishment is not performed at one time. Without affecting the work of the water-lubricated air compressor head, the lubrication water can be replaced many times to achieve the purpose of automatic water replenishment.
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