Water transfer process

Water transfer technology process: transfer batch film - activation (to activate the pattern on the film with a special solvent into the ink state) - transfer (the use of water pressure to transfer the pattern on the printed objects) - washed ( The remaining film is rinsed with water) - Drying (drying of the printed material) - Spray paint (sprayed with a PU transparent paint protection surface)

The classification of the bookcase is very clear and can be roughly divided into plastic and alloy. Plastic shells are broadly divided into ABS engineering plastics, polycarbonates, and carbon fibers (ie, PC glass fibers). The alloy shells are further divided into magnesium alloys and titanium alloys. Let's first look at the "cheap and easy to use" notebook plastic case.

Magnesium-aluminum alloy material-based models, the most common magnesium aluminum alloy shell. From the point of view of material science, the main element of magnesium aluminum alloy is aluminum, and then a small amount of magnesium or other metal material is added to enhance its hardness. Magnesium-aluminum alloys are lightweight and easy to dissipate, while their compressive strength is high. Their hardness is several times that of traditional plastic casings, but their weight is only one-third of that of the latter, and they are usually used for mid-to-high-end ultra-thin models or sizes. Smaller shells for ultra-thin model notebooks. This is unmatched by engineering plastics and carbon fiber. As a result, aluminum-magnesium alloys have become the preferred housing materials for portable notebooks. At present, most notebook manufacturers use aluminum-magnesium alloy housing technology.