Thermal transfer printing process light box: high saturation color revolution under the European environmental standards

In recognition of this, visualization in a booth design-therefore, using light box as the core carrier-makes its picture texture and environmental performance to affect the brand image most directly. Traditional UV printing is still in practice largely, but that of fabric light box printing through thermal transfer process is considered the best option for high-end displays on account of its ultra-high color reproduction and environmental protection certification advantages in Europe

I. Thermal transfer printing process: let the color “penetration” rather than “adhesion” 

Unlike the way that UV printing is based on surface coating with ultraviolet light curing ink, the dye molecules in thermal transfer printing use high temperature and high pressure to penetrate completely into the fabric fibers. The process therefore makes the picture display in 360°without dead corner saturation of colors; more especially in the dark light environment, the high definition thermal transfer fabric light box could still retain a somewhat transparent and bright picture to avoid the problem of color difference that may result from the UV printing method due to refraction of light.

The laboratory date rates the thermal transfer process to reproduce colors within 98%, way above 82% of UV printing. These technical advantages are thus key to presenting the brand VI color very correctly for example luxury red or Tiffany blue fabric light box signage for chain stores.

Two, environmental protection process double upgrade: from material to production of the European standard 

Eco Protection Gene of Heat Transfer Fits Across the Entire Chain

1. Material thermal transfer flexible film light box substrates have passed certifications, such as REACH, RoHS, and many others, although no heavy metals were present and harmful volatiles were released.

Water-based dye ink represents zero formaldehyde emission printing processes, which is safer than solvent-based ink that requires photoinitiator participation in UV printing

The increase in recycling rate of waste materials is 40%, which is as per the European Union's requirements of Circular Economy Act.

Fulfilling the requirements of __this European environmental standard for customized fabric light boxes__ has led to their widespread application in booths for food and mother-child classes and became an important qualification for entering the international market.

Three, long-lasting value: anti-color fading and maintenance cost advantage 

Outdoor UV printing light boxes usually fade 15-20% after 6 months of use outdoors, while customized waterproof-fast-fading fabric light boxes with thermal transfer printing hardly go beyond a 5% fade within identical conditions. The credit goes to:

-UV protection on the fabric light box picture coloring is intensely built.

-Three-proofing process unfortunately has water/dust/scratch.

-Modular design facilitates replacement and explorative maintenance of fabric light boxes.

-The life cycle cost of thermal transfer printing for high-end fabric light boxes __that__ stay in exhibition halls __for a longer time__ is lower by 37%, considering both artistry and commercial effectiveness.

Conclusion

The seamless splicing thermal transfer technology for light boxes of thermal transfer printing is setting anew the quality standard for display light boxes __and__ the production technologies for double- sided illuminating fabric light boxes. When balance between stunning visual impact and compliance with environmental standards and sustainable value for money is to be reached, in this balance __“a color revolution”__ may be worthy of including in the decision-making list.