What Materials Are Suitable for UV DTF Crystal Label Printer?

UV DTF crystal label printer is suitable for printing on a variety of materials, mainly including hard substrates and soft materials. The following is a detailed summary of these materials:

Hard Substrates

• Glass: UV DTF crystal label printer can print clear and bright patterns on the glass surface, which is widely used in home decoration, handicrafts and other fields.
• Metal: Such as stainless steel, aluminum plate, etc., UV DTF technology can form a strong adhesion on these metal surfaces and print exquisite patterns or logos.
• Acrylic: Acrylic materials are often used in billboards, display racks, etc. due to their high transparency and strong weather resistance. UV DTF crystal label printer can easily print high-quality patterns on these materials.
• Wood board: Including solid wood, artificial board, etc., UV DTF technology can realize fine pattern printing on the surface of wood board, increasing the decorativeness and added value of the product.
• Ceramics: Ceramic products such as tableware, tiles, etc., UV DTF crystal label printer can print colorful, wear-resistant and scratch-resistant patterns to meet personalized customization needs.
• Plastic: Including PVC, ABS and other plastic materials, UV DTF technology can achieve high-quality printing effects on these materials.
• Cardboard: such as packaging boxes, cartons, etc., the UV DTF crystal label printer can print exquisite patterns and texts on its surface to enhance the overall image of the product.

Soft Materials

• Fabric: UV DTF technology is also suitable for printing on some fabric materials, such as T-shirts, sweatshirts, eco-friendly bags, pillows, aprons, etc., bringing more creativity and possibilities to the textile industry. It should be noted that although UV DTF technology can be printed on fabric, the specific applicability needs to be evaluated based on the type and characteristics of the fabric.

In addition, UV DTF crystal labels are also suitable for use on irregular materials, curved materials, and ultra-high or ultra-large hard and smooth objects, easily solving the printing problems of these complex materials.