From the perspective of long-term use, the strength design of mold components directly affects the durability of the rice cooker shell.

In modern automotive manufacturing, thousands of auto parts must be seamlessly assembled to ensure the performance, safety, and quality of the entire vehicle.

High-precision rice cooker shell mold components not only affect the molding quality of the individual shells but also play a decisive role in ensuring the assembly consistency of the entire unit during mass production.

Traditional laminar flow has a low heat transfer coefficient and easily causes uneven cooling, while turbulent flow can significantly improve heat transfer efficiency.

Simply pursuing hardness may lead to increased brittleness of the material, which is prone to peeling or breaking under impact loads, and in turn aggravates wear.

Although hidden behind the scenes, the mold components of the rice cooker shell are indispensable "molding artists" in modern home appliance manufacturing.