Tianan New Materials has been awarded the Third Prize in the Guangdong Light Industry Science and Technology Progress Awards for its project, “Development of Environmentally Friendly Polypropylene Thermoforming Materials via Blending Modification and Radiation Cross-Linking Technology.” The recognition highlights Tianan New Materials’ leadership in polymer innovation and sustainable materials.
Addressing Industry Challenges through Innovation
Traditional polypropylene thermoforming materials face limitations such as narrow processing windows, low melt strength, and insufficient environmental performance. Tianan New Materials addressed these challenges by combining blending modification with radiation cross-linking technology, creating a three-dimensional network structure at room temperature without chemical cross-linking agents or residual impurities. Optimized formulations improve heat resistance and mechanical strength, producing lightweight, durable, and eco-friendly materials suitable for food packaging, automotive interiors, and electronic protection.
Commercializing Research into Market Solutions
The project demonstrates Tianan New Materials’ ability to translate research into commercial solutions. Core technologies have been successfully applied to thermoforming polypropylene composite films and coating-modified decorative films, now supplied to global brands including BYD, Geely, Sophia, and IKEA. New patents granted in 2025, including EB-curable coatings and alcohol-resistant automotive interior surfaces, expand applications and support steady business growth.
Expanding Sustainable Materials and Global Reach
Building on its comprehensive materials and home solutions strategy, Tianan New Materials continues to innovate in environmentally differentiated materials for automotive and home applications while exploring emerging technologies such as robotic electronic skin. The award underscores Tianan New Materials’ commitment to sustainable innovation, high-quality growth, and global competitiveness in polymer and home materials.
