As the Mid-Autumn Festival moonlight bathes the courtyard and the aroma of reunion fills the air, an exquisite mooncake jar quietly becomes an important carrier of the festival's ritualistic significance.
Among numerous metal crafts, the tinplate badge, with its unique luster, soft texture, and long-standing craftsmanship tradition, has always held a place.
Research on deformation control and structural stability of metal packaging round cans under extreme temperatures requires collaborative advancement from multiple dimensions, including materials, processes, structures, and experimental verification.
Modern metal mooncake jars are mostly made of tin-plated steel or aluminum alloy. These materials combine strength and ductility, and can be formed into complex structures through processes such as stamping and stretching.
Tinplate cans, with their opacity, superior airtightness, moisture resistance, and structural reliability, construct a multi-dimensional protective barrier, inhibiting the damage to the active ingredients of health supplements from the source.
The forming process of metal cans includes shallow drawing, deep drawing and thinning drawing, and different processes have different requirements for material thickness.