01 Growing Shift Toward Low-Emission and Formaldehyde-Free Wood AdhesivesWood adhesive formulations are increasingly shifting toward low-emission and formaldehyde-free systems as indoor air-quality requirements and sustainability criteria become more important in furniture, flooring and engineered wood products. This is encouraging greater use of water-based, polyurethane and bio-based chemistries while increasing pressure on conventional formaldehyde-based resins to reduce emissions without sacrificing bond strength.In August 2026, the European Union began general application of its Packaging and Packaging Waste Regulation, while broader European chemical requirements continued to increase pressure on wood-product manufacturers to address formaldehyde emissions and material sustainability.
02 Increasing Adoption of Bio-Based Adhesives for Engineered Wood ProductsBio-based adhesives are gaining attention as manufacturers seek to reduce dependence on petrochemical feedstocks while maintaining the performance required for plywood, particleboard, MDF and other engineered wood products. Lignin, tannin, starch and soy-based systems are receiving increasing development attention, although commercial adoption depends on curing speed, moisture resistance, feedstock consistency and cost.In July 2026, a peer-reviewed review of bio-based wood-panel adhesives highlighted lignin-, tannin-, starch-, furan/HMF-, organic-acid- and soy-protein-based systems as active development pathways, while identifying industrial scalability and performance consistency as key adoption requirements.
01 Expansion of Engineered Wood Products Supports Adhesive DemandGrowing use of plywood, OSB, LVL, CLT and other engineered wood products directly supports demand for wood adhesives because these materials depend on bonding veneers, fibers, strands or boards into structurally stable products. Increasing construction activity and preference for engineered wood are therefore expanding adhesive consumption across panel manufacturing and mass-timber applications.
01 Volatility in Petrochemical Feedstock Costs Can Pressure Adhesive EconomicsMany established wood adhesive chemistries depend on petrochemical-derived intermediates, making production economics sensitive to fluctuations in resin, phenol and other feedstock prices. Cost increases can raise adhesive prices for furniture and panel manufacturers and place pressure on margins when downstream producers cannot immediately pass higher input costs to customers.
01 Growth of Mass Timber Construction Creates Demand for High-Performance AdhesivesThe expansion of mass timber construction is creating opportunities for adhesives that can provide structural strength, moisture resistance and reliable performance under demanding service conditions. CLT, glulam and related products require consistent bonding across large wood surfaces, increasing demand for formulations compatible with high-throughput production and structural applications.
01 Balancing Bio-Based Content With Industrial Performance Creates Technical ComplexityBio-based adhesive systems must meet the same requirements for bond strength, curing speed, water resistance, processability and shelf stability as established synthetic formulations. Variability in renewable feedstocks and limitations in curing or moisture resistance can make scale-up difficult, particularly for high-volume engineered wood manufacturing.
May 2026 Henkel completed the acquisition of ATP Adhesive Systems, expanding its Adhesive Technologies portfolio with high-performance water-based specialty bonding solutions and strengthening its capabilities across building, construction, industrial, and woodworking applications.
February 2026 Henkel agreed to acquire specialty coatings company Stahl for approximately EUR 2.1 billion, expanding its portfolio of high-performance materials and strengthening R&D capabilities that complement wood adhesives and other industrial bonding applications.
May 2025 H.B. Fuller expanded its manufacturing capabilities in the India, Middle East, and Africa (IMEA) region by opening a new production facility in Cairo, Egypt, and expanding its UAE manufacturing site, increasing capacity for industrial and woodworking adhesive products.
May 2025 Henkel introduced a new portfolio of ultra-low-emission hot-melt wood adhesives at LIGNA 2025, designed to support safer, more sustainable wood processing and engineered wood manufacturing with significantly reduced diisocyanate emissions.