This rotating fridge magnet features a zinc alloy body with a diameter of 80 mm and is crafted using a combination of baked enamel, electroplating, and UV printing. The metal base is electroplated to create a glossy border, while the design is applied via UV printing onto a baked enamel background, preserving the texture and depth characteristic of custom metal fridge magnets.
The rotating mechanism is the core feature: the upper design disc and the lower base are combined so that the upper disc can spin around the center, creating the interactive experience characteristic of rotating combination fridge magnets. As the user rotates the upper disc, its position shifts relative to the lower background, turning what would otherwise be a static magnet into an engaging interactive piece. The baked enamel coating provides a smooth, even surface for the design, the electroplated layer highlights the edges and contours, and UV printing renders fine details. Each process has a clear role, and together they create the product’s refined surface effect.
For cultural and creative fridge magnets sold at tourist attractions, this rotating structure is ideal for splitting an image into front and back layers, thereby increasing viewing angles within a limited size. The Shenzhen magnet manufacturer completes paint baking, electroplating, and UV printing in a 10-day lead time. The source factory’s integrated production chain covers metal forming through surface treatment, so alignment of rotating components and pattern positioning are managed within a single process.
