White ink heat transfer technology and thermal transfer technology are both popular pattern transfer technologies, widely used in the customization and decoration of clothing, textiles and other items. Although they have something in common in the ultimate purpose, there are some differences in technical details, scope of application and effect. The following are the main features and differences between the two technologies:

一、White ink heat transfer technology

1. Technical features: White ink heat transfer technology mainly uses special white ink (usually UV ink or other types of special ink) to print patterns on transparent films, and then transfers the patterns to fabrics through the use of hot melt adhesive powder. This method is particularly suitable for dark or black fabrics.

2. Effect characteristics: White ink heat transfer technology can achieve bright color effects on dark fabrics, especially white and other bright colors, the effect is very prominent. The pattern has good coverage and color saturation.

3. Application scope: This technology is suitable for personalized printing of various dark fabrics, especially T-shirts, hats, bags, etc.

Heat transfer technology

4. Technical features: The heat transfer process is to transfer the pattern on special transfer paper or film to fabric or other media by high temperature pressing. This method requires the use of a heat transfer machine or a heat press machine to complete the transfer by controlling the temperature and pressure.

5. Effect characteristics: Heat transfer technology can achieve high-definition pattern effects, bright and long-lasting colors, and is suitable for the transfer of complex patterns. The transferred pattern is integrated with the fabric, feels good, and has strong breathability.

6. Application range: Heat transfer technology is suitable for surfaces of various materials, including fabrics, plastics, metals, ceramics, etc., and has a wide range of applications, not limited to the field of clothing.

二、Main differences

1.Technical implementation: White ink heat transfer is achieved by combining special ink and hot melt adhesive powder to achieve pattern transfer, while heat transfer is to transfer the pattern from transfer paper or film to the surface of the object through high-temperature pressing.

2.  Applicable materials: White ink heat transfer is more suitable for personalized printing of dark fabrics, while heat transfer is suitable for a wider range of materials and surfaces.

3. Pattern effect: White ink heat transfer is particularly suitable for highlighting white and bright patterns, and has a significant effect on dark fabrics; heat transfer can achieve high definition and bright color effects, which is suitable for the transfer of complex patterns.

Which technology to choose depends on the specific application requirements, expected effects and cost considerations. Each technology has its unique advantages and applicable scenarios.