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As a type of special equipment, air compressor storage tanks have service life limits and scrapping regulations that directly impact an enterprise’s production safety. This article provides a detailed analysis of the criteria for determining the design service…

This paper provides a detailed analysis of the relationship between an air pressure dew point and a gas moisture content of no more than 300 ppm. By elucidating the physical concepts underlying the ppm‑by‑volume unit and the pressure…

Once a compressed air tank has reached its designed service life, it is not advisable to continue using it. As a type of special equipment, such tanks pose significant safety risks when operated beyond their intended lifespan. This…

When an air compressor’s pressure vessel exceeds its design life, it poses significant safety risks. This article provides a detailed analysis of the potential hazards associated with operating such vessels beyond their intended service life, outlines the relevant…

The proper setting of an air compressor’s discharge pressure is directly linked to the equipment’s energy consumption and service life. This article provides a detailed analysis of the fundamental principles for determining discharge pressure, explains how to select…

When an air compressor’s pressure vessel explodes due to rust and has already exceeded its warranty period, whether the enterprise can still pursue compensation or invoke warranty coverage is a concern for many. This article provides an objective…

If an air compressor’s pressure vessel explodes and the warranty period has expired, it generally will not qualify for standard free warranty coverage. However, if the incident is determined to stem from an inherent design or manufacturing defect,…

This article delves into the technical requirements and practical significance of achieving or exceeding an exhaust pressure of 0.7 MPa in air compressors. It provides a detailed analysis of the core application value of this pressure specification in…