1, Key Features
-1. Rust-free, high-pressure resistant and corrosion-resistant
The stainless steel material with a thickness of 1.5mm is capable of withstanding relatively high pressure and corrosive media.
-2. Large variation span of diameters and diverse and flexible shapes
It is able to transform directly from a large diameter to a small one, covering a wide range. It can be fabricated into various shapes, such as straight, curved, or branched, and is applicable to multiple scenarios.
2, Manufactring Preocess & Packaging
-1, The production of parts
The Reducer and other accessaries production via stamping , CNC cutting(such like the Bush), and casting (such like the Flange Head)
-2, Welding
Using Jigs to adjust the relative positon and weld them together.
-3, Adjustment to the screw and shape
The weld fabrication will cause the deformation, which make the assembly diffcult, we need to restore the roundness of the pipe and the smooth of the screw.
-4, Packaging
3, Usage
-1,Connect pipes of different diameters through the design of varying calibers at both ends. The reducing pipe facilitates a direct transition connection between pipes with differing diameters, thereby resolving installation challenges caused by diameter discrepancies and enhancing system flexibility.
-2, It ensures smooth fluid transfer and effective flow regulation; when pipeline flow fluctuates (such as increasing or decreasing), the reducing pipe can adjust its diameter to stabilize the flow rate and minimize fluid resistance.
-3, Furthermore, turbulence is reduced through gradual or abrupt structural designs, mitigating fluid shock and minimizing energy loss associated with sudden diameter changes.
-4, Finally, in industries such as chemical, petroleum, and natural gas, reducing pipes can meet complex system requirements by flexibly accommodating special process flow diameter needs, including branch pipe diversion or confluence.
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