In the field of photocurable materials, the dual demands of environmental protection and efficient production are driving technological innovation. T-7512 bifunctional self-matting polyurethane acrylate UV resin provides a breakthrough solution for the coatings and inks industry with its molecular-level matte technology and LED low-energy adaptability. Its 60° angle gloss is stably controlled at 30±2, it feels smooth and does not contain matting powder, which completely solves the pain points of low transparency and impaired mechanical properties of traditional matte coatings.
Core technology innovation: dual breakthroughs in self-matting and low-energy curing
Molecular self-matting technology
T-7512 achieves self-matting of the body through molecular structure design, avoiding storage stability problems caused by adding matting fillers. The coating is extremely transparent after curing, and can clearly present natural textures when applied to wood, while providing a uniform matte effect.
LED low-energy and high-efficiency curing
Specially developed for the energy range of 80-120mJ/cm², the curing efficiency at a wavelength of 395nm is 40% higher than that of conventional systems. It only takes 8 seconds to fully cure a 2μm thick coating, significantly reducing energy consumption by 30-40%, and is suitable for modern energy-saving production lines.
Industry application case analysis
Wood matte coating
While retaining the natural texture of wood, it solves the problem of brittle cracking of hard substrate coating. The global wood coating market is expected to reach 4.07 million tons in 2030. The flexibility (40% elongation at break) and low viscosity (500mPa·s) of T-7512 make it the first choice for solvent-free roller coating.
Matte nail polish sealer
Aiming at the LED curing needs of the nail industry, it improves wear resistance (surface hardness 2H) and alcohol resistance. The nail polish market is driven by the "environmentally friendly and non-toxic" consumption trend, and its low odor characteristics meet the needs of upgrading high-end nail products.
Film and printing innovation
When used for BOPP film, the dot reproducibility is >98%, the pigment wettability is excellent and non-thixotropic, and it is suitable for UV inkjet printing.
Sustainable value: the engine of green manufacturing
Contribution to the circular economy: the cured product can be recycled, and the carbon footprint is 18% lower than that of the traditional system.
Compatibility advantage: good compatibility with six types of resins such as polyester and epoxy, supporting formulation flexibility.
Cost-effectiveness: 1.08 specific gravity and 100% active ingredient design, the material cost per unit area is reduced by 15-20%.
Conclusion: Defining a new standard for matte coating
T-7512 resin is driving the UV coating industry towards green manufacturing through technical performance reconstruction and sustainability upgrades. Its cross-domain adaptability - from industrial-grade packaging printing to consumer-end nail products - confirms the positioning of "efficient and environmentally friendly coating platform". As the global UV resin market grows at an annual compound rate of 8.6%, self-matting technology will become the core driving force of industrial innovation.