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Research Breakthrough: Beijing Forestry University Team Develops High-Performance Bio-Based Hot Melt Adhesive Using Xylan
A research team from Beijing Forestry University has made a significant advancement in the field of sustainable adhesives.
Dec 9th,2025
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Led by Professor Peng Feng, the team has successfully developed a novel bio-based hot melt adhesive using crystalline xylan, an industrial by-product
This innovative research addresses the industry's growing demand for environmentally friendly materials and provides a novel pathway for the high-value utilization of biomass resources
Unlike many conventional hot melt adhesives, this new material demonstrates exceptional bonding strength
More notably, its design allows for reusability under specific conditions, with experiments showing it can be re-adhered more than 10 times while maintaining performance.
The researchers note that the development of this bio-based hot melt adhesive offers a new solution for the adhesive industry to reduce its reliance on petrochemical feedstocks
This technology not only raises the performance standards for bio-based adhesives but also opens new doors for their potential application in high-end manufacturing sectors.
This achievement from Beijing Forestry University highlights the pivotal role academic research plays in driving innovation in green materials science.
