From September 1 to 3, 2026, ACLE (All China Leather Exhibition) will be grandly held at the Shanghai New International Expo Centre. Xuchuan Chemical will showcase its high-performance polyurethane products for the leather sector at this industry event (Booth E5-C11a), presenting cutting-edge material solutions to clients in the leather and synthetic leather industries.
As a specialist in polyurethane materials, Xuchuan Chemical is deeply committed to the R&D and manufacturing of chemical materials for synthetic leather. At this exhibition, the company will highlight comprehensive solutions—including solvent-free, microfiber, and functional polyurethane products—that align with the industry's trends toward green, low-carbon, and high-performance development. These solutions cater to diverse applications such as artificial leather and microfiber leather, helping leather products achieve eco-friendly upgrades and performance enhancements.
At the exhibition, Xuchuan Chemical’s technical and sales teams will engage in in-depth, face-to-face discussions with visiting clients. They will address specific production challenges, explore customized product development needs, and share practical experiences regarding the application of new materials. Leveraging a robust R&D system, the company continuously innovates eco-friendly polyurethane materials, providing stable and reliable material support for the leather industry supply chain.
ACLE is a highly influential professional exhibition for the leather industry in the Asia-Pacific region, bringing together enterprises from across the entire supply chain. Xuchuan Chemical will use this platform to discuss market trends with industry partners, identify collaboration opportunities, and continue driving the high-quality, green development of the leather and synthetic leather industries.
We sincerely invite industry colleagues to visit the Xuchuan Chemical booth (E5-C11a at the Shanghai New International Expo Centre) to discuss business and explore new opportunities in leather materials.