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contact@gsbiomats.com 
For the third year in a row, GS Biomats took part in the Renewable Materials Conference in Cologne, one of the industry's premier gatherings for sustainable materials. As a representative enterprise in the field of furan-based bio-based materials research and development, GS Biomats was invited to deliver a keynote speech and engage with research institutions, industry leaders, and innovation pioneers from around the globe, discussing the leading trends and sustainable pathways of the materials industry.
Since its debut, GS Biomats has appeared at the Renewable Materials Conference for three consecutive years. This not only represents the conference's recognition of the company's innovation and influence but also underscores the growing importance of furan-based materials in the renewable-materials landscape. Over these three years, the conference has witnessed the industry's evolution and GS Biomats has continued to deliver breakthroughs and steady growth.
Using our proprietary continuous-process technology, GS Biomats has overcome long-standing production bottlenecks in furan-based manufacturing and achieved continuous, stable production of FDCA (2,5-furandicarboxylic acid). Today, the purity of FDCA products can be stably maintained at over 99.99%, with constant improvements in color, purity, and stability. Cumulative global supply has surpassed 200 tons, making it a key raw material driving the performance release of downstream materials like PEF.
With PEF's high-performance and renewable properties, it is suitable for a wide range of applications — from packaging to fibers and beyond. With GS Biomats; large-scale, reliable supply, we are enabling more brands to adopt PEF at commercial scale and bring higher-performance, more sustainable products to market.
Packaging field
Following the development of high-barrier packaging, GS Biomats further developed high-transparency packaging solutions, enabling PEF to showcase unique advantages in high-value applications like cosmetics and daily chemicals. These characteristics, including renewability, recyclability, and high transparency, not only facilitate material upgrades but also offer end brands solutions that combine performance and green attributes.
Fiber and textile industry
PEF fibers and aramid flame-retardant fibers are gradually expanding from separate applications to blended solutions, bringing more intuitive performance improvements and process compatibility. They are becoming an important part of the next generation of functional fibers.
Other Applications
GS Biomats is actively exploring the application of FDCA in emerging fields such as 3D printing, adhesives, and coatings, building a comprehensive "Furan Family" portfolio that spans from packaging to textiles, and from fundamental materials to advanced functional solutions.
As a global company, GS Biomats has always regarded the construction of a compliance system as an important cornerstone for industrialization. In recent years, the company has successively completed USDA biobased certification, comprehensive registration under EU REACH, regular registration under China's new chemical substance environmental management, and passed LCA full lifecycle assessment, comprehensively verifying the sustainable value of FDCA and downstream materials. These milestone achievements provide confidence and assurance for downstream customers to enter the global market.
Against the grand backdrop of accelerating carbon reduction processes in multiple fields globally, GS Biomats firmly believes that the value of furan-based bio-materials goes beyond a mere technological breakthrough. It represents a new pathway leading us towards a low-carbon and circular future. We will continue to drive product performance breakthroughs with technological innovation and build bridges through open cooperation, working together with global partners to promote the standardization, large-scale development, and ecological development of renewable materials.
