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All components of an industrial plant, such as steam lines, gas distribution, chemical pipelines, and even oil transportation, require high-pressure systems for proper functioning. In other words, all parts and components, from gaskets and valves to pipes, undergo intense agitation due to relentless pressurization alongside changes in flow velocity and temperature. The biggest mistake that is often made during procurement or fabrication stems from the lack of knowledge about the consequences of using incorrect material grades. If Gaskets, Pipes, Valves, and other components are subjected to the incorrect material grades in over pressurized systems, the end results can be catastrophic. Improper material grades do not immediately become problematic. Rather, they are like time bombs for a while. Time bombs that, when set off, the destruction unleashed is startling and incredibly costly. Even worse, the majority of the time, the reason for failure lies underneath the surface and isn’t

In the industrial piping system, substandard pipe fittings are considered to be one of the most dangerous threats, even more so than corrosion and pressure failure. Accessories like elbows, tees, reducers or caps might seem harmless at first glance, but if their quality is lacking, they can completely destroy an entire plant or system. Pipe fittings are the joints of the whole piping structure, and the age-old saying of a system being as strong as its weakest joint holds true. Unfortunately, it seems like the market for substandard pipe fittings has emerged out of nowhere. The problem stems from subpar fittings that are poorly crafted from original designs that use low-grade material, incorrect heat treatments, fake markings, and outdated manufacturing practices. It is no longer the sole work of a QA team to identify these issues. Every site engineer needs to know the harsh realities required in order to check whether a fitting is truly up to par and will not succumb to failure during operation.