Is the pressure gauge connector suitable for high or low pressure environments?

Regarding the question of whether the pressure gauge connector is suitable for high or low pressure environments, its suitability actually depends on multiple factors, including but not limited to design specifications, material selection, working pressure range, media characteristics, and specific conditions of the use environment.
From the perspective of design specifications, one end of the pressure gauge connector adopts a 24° cone design and is equipped with an O-ring seal (in accordance with ISO8434 and DIN2353 standards). This design is suitable for low or medium pressure environments in most cases, because O-ring seals can generally provide reliable sealing effects while maintaining low manufacturing costs and installation convenience. However, this does not mean that the connector cannot be used in high pressure environments, but it is necessary to specifically evaluate whether its working pressure range meets the needs of high pressure applications.
Material selection is also one of the key factors that determine the suitability of the connector. Different materials have different strength, corrosion resistance, and high temperature resistance, so it is necessary to select the appropriate material according to the actual use environment and media characteristics. For example, for applications with high pressure or corrosive media, it may be necessary to select materials with higher strength and better corrosion resistance to manufacture the connector.
The working pressure range is also an important indicator for evaluating the suitability of the connector. Manufacturers usually provide information on the working pressure range of connectors, and users need to choose the right product based on the actual working pressure requirements. If the working pressure exceeds the rated working pressure range of the connector, it may cause safety issues such as seal failure, leakage, or connector damage.
Media characteristics and environmental conditions are also factors to consider when selecting a pressure gauge connector. For example, for applications in high or low temperature environments, it is necessary to select a connector that can withstand the corresponding temperature changes; for applications in corrosive media, it is necessary to select corrosion-resistant materials to manufacture the connector.
To determine whether the pressure gauge connector is suitable for high or low pressure environments, it is necessary to comprehensively consider multiple factors such as its design specifications, material selection, working pressure range, media characteristics, and environmental conditions of use. It is recommended that users first understand the actual use requirements and environmental conditions when selecting a connector, and then consult the technical specifications provided by the manufacturer or consult professionals for more accurate information and suggestions. At the same time, during installation and use, the manufacturer's instructions should be strictly followed to ensure the safety and reliability of the connector.