3D Sublimation Transfer Film
3D sublimation transfer film is a material used in thermal transfer technology, especially suitable for transferring fashionable and personalized patterns on the surface of 3D curved objects. It is a thermoforming film that can achieve high-quality image transfer on irregular and curved surfaces, providing the industry’s highest-definition imaging effect.
Material and characteristics
The main component of 3D sublimation transfer film is water-based unsaturated resin polymer, which is soluble in water and can form an elastic film after drying. It is suitable for coating substrate films such as PET, PC, PVC, PE, etc., has good ink absorption and ink fixation effects, and the color transfer rate is as high as 90%, providing high-quality color performance for the product.
Application range
3D sublimation transfer film is widely used in surface transfer of various irregular and curved objects, such as mobile phone cases, refrigerators, air conditioners, small appliances, electronic products, toilet lids, keyboards, toys, helmets, decorative parts, ceramics, etc..
Usage method
Coating: It can be directly coated and used, but it should be noted that the adhesion may vary depending on the substrate. If the adhesion is insufficient, the film surface can be treated with corona, or a pre-coated film or a layer of adhesion-promoting coating can be used to solve the problem.
Drying: The drying temperature is controlled at 60~150 degrees, and parabolic temperature adjustment is adopted to ensure that the coating is completely dried.
Stirring: Stir for 2~3 minutes before use to prevent precipitation, and stirring does not affect the use.
Dilution: It can be diluted with alcohol or methanol to meet different coating requirements.
Technical parameters and performance 3D thermal sublimation transfer film has good applicability and operability, and is suitable for a variety of thermal sublimation transfer processes, providing products with stable color performance and high-quality performance. Its high temperature resistance makes it suitable for vacuum blister digital thermal sublimation transfer process, especially for the transfer needs of irregular products.
