Because the ink of UV printers contains ultraviolet degradants, it can dry quickly and present strong colors and three-dimensional effects, which are difficult to achieve with some traditional printing methods. At the same time, UV curing technology can form continuous deposition on the surface of hard materials layers to increase characteristics such as color vibrancy, clarity, and texture. (Note: Specifically, more complex patterns such as needlework require additional raw materials.)

The following are the various materials that UV printers are usually suitable for and their advantages and disadvantages:

Plastic materials: such as blister sheets, PVC boards, acrylic boards, and acrylic boards. UV printers can print with high definition, the graphics and text are not easy to fall off, the color is not easy to change, and the shape is not easy to deform.

Metal materials: such as aluminum alloy, steel, magnesium alloy, etc. Since the metal itself is relatively hard and the surface treatment is complex, the UV printer should have a professional nozzle system and use its jetting function for high-precision printing.

Glass materials: such as tempered glass, plexiglass. UV printers can spray colors directly on glass with high definition and high texture.

Wood materials: such as various boards, furniture, doors and windows, etc. UV printers can print wood grains, patterns and other effects with more professional performance, especially affecting various decorative design uses.

Paper materials: such as ordinary paper, inkjet cloth (wool Kraft) and various art canvases, etc. UV printers can perform high-precision printing with bright colors, light resistance and quick drying, and there will be no ink leakage.

In short, UV printers have a wide range of uses, are suitable for printing on a variety of materials, and have achieved excellent professional results in terms of appearance and output. At the same time, as a manufacturer of digital printing equipment, relevant suppliers or technical team experts should also pay attention to the changes caused by the hardness of the material, the choice of curing solvent, and the changes in coating thickness required for each printing, so as to provide products that meet customer requirements. Reliable processing and market-responsive value.