The realization of the Muffler Series relies heavily on the deep integration of precision sheet metal technology and acoustic principles—through high-precision bending, welding, and assembly, a complex and stable internal cavity structure is constructed,
Compared to traditional integral welded or cast brackets, split surface bracket assemblies, manufactured using precision sheet metal processes, significantly improve production line assembly efficiency and subsequent maintenance convenience without sacrif
Reducing the number of milling cutter teeth and increasing the chip space can prevent the increase in cutting heat caused by aluminum chip blockage, thereby preventing deformation of thin-walled structures.
In general machinery equipment, sheet metal parts, while not always subjected to extreme loads, are frequently at risk of fatigue failure due to vibration, alternating stress, or frequent start-stop cycles—manifesting as the initiation and propagation of
This balance not only improves the overall performance of the muffler, but also promotes the sustainable development of general machinery in the field of noise control.
The straightening process parameters need to be set precisely according to the characteristics of the sheet material, such as tension value, straightening speed, and roller gap, to avoid secondary deformation due to improper parameters.