Heat transfer printing meets people's high demands for printing

Surface Printing Experts

The Emergence of a New Heat Transfer Printing Technology

Heat transfer printing is an emerging printing technology that was introduced from abroad less than ten years ago. The process holds a high decorative value and can significantly increase the added value of products. Transfer film printing uses dot printing (with a resolution of up to 300 dpi) to pre-print patterns on the surface of a thin film. The printed patterns are rich in layers, vivid in color, ever-changing, with minimal color difference, and excellent reproducibility, achieving the desired effect specified by the designer. It is also suitable for mass production.

Advantages and Features of Heat Transfer Printing

Transfer printing involves first printing text and images on a carrier to create transfer material, which is then transferred onto the substrate using a pad, heat transfer printer, transfer paper, or transfer film.

Transfer printing can be applied to various shapes, preformed objects, or flexible materials that are difficult to print on using traditional printing machines. Before printing, the images and text are engraved on an intermediate transfer medium, which is then transferred onto the substrate through special techniques such as heating, moistening, or applying pressure to create the final printed product.

According to the transfer printing technology, it can be further classified into cold transfer printing, heat transfer printing, and pressure transfer printing.

Heat Transfer Printing Meets High Printing Requirements

Heat transfer printing first prints patterns onto special transfer paper or transfer film, which are then transferred onto the substrate. It is commonly used for ceramic decal printing, textile printing, and product label printing. This process is highly decorative and can greatly increase the added value of the product. It can be applied to the printing of flat or curved surfaces on various plastics, wood, coated metals, and glass products. It is widely used in industries such as cosmetics, toys, electronics, building materials, gifts, food packaging, and stationery.