Heat transfer printing is a relatively new printing process, introduced from abroad only about a decade ago. This process consists of two main parts: heat transfer film printing and transfer processing. Heat transfer film printing uses halftone printing (resolution up to 300 dpi), pre-printing the image onto the film surface. The printed image is rich in detail, vibrant in color, highly variable, with minimal color difference and excellent reproducibility, meeting the designer's requirements and suitable for mass production. Transfer processing involves a heat transfer machine (heating and pressurizing) to transfer the intricate image from the heat transfer film onto the product surface. After molding, the ink layer fuses seamlessly with the product surface, resulting in a realistic and beautiful finish, greatly enhancing the product's quality. However, due to the high technical requirements of this process, many materials need to be imported. Heat transfer film printing is still relatively new in the printing industry. However, with the continuous development of the plastics industry, the requirements for surface graphic decoration on plastic products are rapidly increasing, and the widely used screen printing and pad printing methods can no longer meet these new decorative demands. Heat transfer printing, a new and special printing method, has gained widespread recognition and acceptance due to its simple, fast, pollution-free, and highly adhesive process. This once inconspicuous technology is now becoming increasingly prominent, rapidly forming a new market for consumables.

Advantages of Heat Transfer Film:
1. Green and environmentally friendly printing, meeting international non-toxic standards.
2. Multi-color printing with accurate color registration in a single pass.
3. Simple transfer equipment and realistic image effects.
4. Low production waste, low cost, and high product added value. (ABS heat transfer)
5. Vibrant colors, resistant to fading, strong adhesion, and durable. Heat transfer printing offers significant decorative value and can greatly increase product added value. It is applicable to printing on flat and curved surfaces of various plastics (ABS, AS, PS, PVC, EVA, PP, PE, PET), wood, leather, glass, metal, stone-plastic, and wood-plastic products. It is widely used in the printing and decoration of products and packaging materials in industries such as daily necessities, cosmetics, stationery, toys, electrical appliances, building materials, food packaging, and gifts.