Why choose Hanli thermal transfer printing for large print runs?

Why use it? Hanli Thermal Transfer Printing Technology? Hanli thermal transfer printing is a new method for applying designs to a wide range of materials, particularly well-suited for producing customized, low‑volume, personalized items, as well as for printing photo‑rich patterns or full‑color images. The process involves first printing a digital design onto specialized transfer paper using a printer equipped with dedicated thermal transfer inks. The design is then precisely transferred onto the product’s surface under high temperature and pressure by a specialized transfer machine, completing the printing process.

Hanli Thermal Transfer Printing It is a new printing technology that has been introduced from abroad for some time. 10 A history spanning many years. The printing process is divided into two stages: transfer coating and transfer printing. Transfer coating employs spot printing, with the design pre‑printed onto a film surface. This method delivers highly versatile patterns, minimal color variation, rich tonal gradations, and excellent reproducibility, meeting designers’ requirements and making it well suited for high‑volume production. In the transfer‑printing stage, the exquisite designs from the transfer film are transferred onto the product’s surface in a single pass using a heat‑transfer press. After curing, the ink layer fuses seamlessly with the product surface, resulting in a lifelike, aesthetically pleasing finish that significantly elevates the product’s perceived quality. However, because this process is technologically sophisticated, it requires the import of numerous materials.

Korean heat transfer printing requires specialized heat‑transfer equipment, and for items such as metal and ceramic, a heat‑transfer coating must be applied to the surface. Hanli Thermal Transfer Printing Some issues to keep in mind regarding technology: 1 The pattern feels stiff to the touch and softens after washing, but its breathability remains rather poor. Next is heat transfer printing. t When the garment is stretched horizontally, fine cracks corresponding to the fabric’s fibers will appear in the print. This is an inherent characteristic of heat transfer printing and cannot be avoided. 2、 t The color of the garment may change after high-temperature pressing; for example, white can turn yellow. This is because… t Evaporation of moisture from the garment. 3 Thermal transfer printing uses sublimation inks to print images onto transfer paper, which are then transferred onto the substrate. The resulting prints are prone to scratching and have poor durability, typically requiring a protective coating. Additionally, transferring images onto certain specialized substrates necessitates flexographic printing. 5 , Requires a skilled printing technician with many years of extensive experience.

Why choose it when the quantity is large? Hanli Thermal Transfer Printing ? If the quantity is small, you should opt for digital heat transfer. This is because heat transfer requires electro‑engraving, whereas digital heat transfer does not. In comparison, Hanli Thermal Transfer Printing The cost is relatively high, but why do people opt for heat transfer printing when dealing with large volumes? Beyond quality concerns, productivity is the key factor. Heat transfer printing can produce thousands of items per hour, whereas digital heat transfer manages only about a hundred. So, if it’s just for creating commemorative gifts, consumers will choose digital heat transfer; but for manufacturers, heat transfer remains the preferred option.