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In the industrial sector, it is common to neglect the surface finish of the component whereas focus is given on the size, weight, and material grade. However most do not realize that the surface finishing truly defines the performance and durability of an industrial component. All surface finishing looks identical from a distance but the problem arises when these components are put to actual use. The quality of surface finishing plays a pivotal role in how a product is going to perform under stress, over time and exposure to various environmental factors.  

Surface finishing is not superficial like finishing touches applied to different elements but is instead a meticulous treatment performed during or after the manufacturing process. It has a direct relation with friction, wear, corrosion resistance, heat resistance, cleanliness, as well as load bearing capacity of the component and finishing. In regards to industrial applications where machinery is required to run ceaselessly

When engineering industrial piping systems, a lot of attention is given to factors such as pipe size, pump rating, flow rate, and pressure. However, one aspect that a silent impacts the performance and cost of operating a piping network is the material used to manufacture the pipe fittings used throughout the system. Be it an oil refinery, power plant, chemical factory, water treatment plant or an HVAC system, the type of material used for fittings directly affects fluid dynamics and energy loss in the given pipeline.  

Pipe fittings do not merely serve as connection points. They form bends, junctions, and changes in the direction of flow inside the pipeline. Each time a fluid undergoes directional or velocity change within a fitting, a considerable amount of energy is dissipated as frictional, turbulent, and resistive losses. The fittings which are used to make these changes control this dynamic more than most people know.

How Pipe Fitting Material