150LB Threaded Fitting: Industrial Stable Connectors
In the connection components of pipeline systems, 150LB Threaded Fitting has become a key component in pipeline layouts in many industries due to its precise design for low-pressure scenarios, convenient installation methods, and extensive compatibility. The “150LB” here represents its pressure rating, corresponding to common low-pressure working environments, while the “Threaded” design gives it the core advantage of completing connections without welding, simplifying the construction process and reducing the requirements for the working environment. It is widely used in various fields such as water supply and drainage, gas transportation, and industrial fluids.
The term ‘150 pound class’ originates from a classic classification of pressure temperature ratings for pipeline components in the American standard system. It does not refer to a pipe fitting that can withstand a direct pressure of 150 pounds, but rather to the maximum allowable working pressure corresponding to the pipe fitting at a reference temperature (typically in the range of about -20 ° F to 400 ° F Fahrenheit) that matches a 150 pound flange of the same specification. This is a strictly standardized design grade that is associated with specific material properties, wall thickness requirements, testing pressure, and safety factors.
The material selection for 150LB Threaded Fitting is highly targeted and needs to be fully adapted to different media and environmental requirements. The mainstream materials include stainless steel, brass, etc. Among them, stainless steel materials (such as 304, 316 models) have become the preferred choice in industries such as chemical and food processing due to their excellent acid and alkali resistance and corrosion resistance. They can effectively resist the erosion of corrosive media on fittings and extend the service life of pipeline systems; Brass material is widely used in civil water supply and drainage, gas pipelines due to its good ductility and corrosion resistance, ensuring the safety of pipelines in households and commercial places. The selection of these materials follows relevant international standards, ensuring the structural stability and safety of fittings under low pressure conditions.
