Developing high-performance bio-based adhesives requires more than replacing petroleum materials with renewable alternatives. This training focuses on advanced bio-based adhesive formulation strategies, including the selection and integration of high-performance renewable raw materials such as bio-polyols, lignin-derived resins, and sustainable tackifiers. The expert-led session explores hybrid formulation approaches that balance bio-content with synthetic polymers to achieve critical performance targets including shear strength, peel adhesion, thermal stability, and long-term durability. Special emphasis is placed on managing compatibility, phase behavior, and structure–property relationships to prevent performance loss at higher bio-content levels. Participants will learn how to apply dynamic mechanical analysis, fracture mechanics, and accelerated aging protocols to predict real-world performance under thermal, mechanical, and hygrothermal stress. The training also addresses the global regulatory landscape, including USDA BioPreferred, FDA food contact requirements, REACH, and ISO 10993, along with bio-content verification (ASTM D6866) and life cycle assessment for credible sustainability claims. This integrated approach enables the development of bio-based structural adhesives, pressure-sensitive adhesives, and sealants that deliver reliable performance while meeting sustainability and compliance requirements across automotive, packaging, and construction applications.
Move beyond simple substitution and learn how to design bio-based adhesive systems that perform, scale, and gain regulatory acceptance;
1. Formulate high bio-content systems without sacrificing performance: Practical strategies for advanced bio-polyols, lignin resins, and next-generation renewable chemistries.
2. Solve compatibility and phase stability in hybrid formulations: Identify and prevent phase separation, property drift, and long-term instability risks.
3. Predict durability instead of discovering failures later: Design accelerated aging methods for hygrothermal, mechanical, and environmental stress conditions.
4. Build formulations that meet global regulatory expectations: Framework for FDA, REACH, and bio-content documentation to support market approval.
5. Translate sustainability into measurable business value: Use LCA, bio-content verification, and performance data to justify material and cost decisions.
This is a very useful industry recommended training for the adhesives and sealants industry professionals in particular;
- R&D chemists, formulators, scientist, new product developers
- Professionals from adhesives and related raw-materials area
- OEM and brand owners
5 reviews