Why is it important to maintain a proper bending radius in piping?

Maintaining a proper bending radius in piping is crucial because it directly impacts the hydraulic performance of the system and helps prevent damage to the pipes. A suitable bending radius ensures that the flow of fluid through the pipes is consistent and unrestricted, which is vital for efficient operation. If the bend is too tight, it can lead to increased turbulence, potential pressure drops, and flow restriction, adversely affecting system performance.

Additionally, improper bending can result in mechanical stress on the pipe material, potentially leading to cracks, leaks, or complete failure of the piping system. This damage not only compromises the integrity of the piping but can also cause costly repairs and downtime in the system.

Focusing on the other aspects mentioned, while enhancing aesthetic appeal or ease of installation may have some merit, they are secondary to the fundamental operational requirements of pressure piping. Similarly, reducing manufacturing costs, while important in a production context, should not take precedence over the operational reliability and safety of the piping system, which is why maintaining the appropriate bending radius is a key consideration.