- In July 2025, Bostik strengthened its position in the biobased adhesives market with the launch of Born2Bond Ultra K85, a high-performance instant engineering adhesive derived from 60% bio-based raw materials. Designed to withstand up to 1,000 hours under the demanding double 85 test (85 °C temperature and 85% humidity), this product demonstrates that bio-based formulations can deliver premium durability and reliability without compromising on health, safety, or environmental standards. The launch underscores a growing industry shift toward high-performance green adhesives, further accelerating market innovation and adoption across industrial applications
- In October 2024, Bostik introduced Fast Glue Ultra+, a significant advancement that blends high adhesive performance with a firm focus on sustainability. This product aligns with the industry's increasing demand for eco-friendly alternatives, reinforcing Bostik’s commitment to environmental responsibility while influencing broader market trends toward greener product development
- In September 2024, Biophilica, a London-based material innovator, launched Brightbond, a 100% biobased adhesive made entirely from renewable resources. After 18 months of R&D, Brightbond emerged with bonding capabilities comparable to conventional PVA adhesives, marking a major step toward mainstream replacement of synthetic adhesives. This innovation contributes to market expansion by proving that fully renewable formulations can match the performance expectations of traditional products, particularly in applications focused on biodegradability and circular material usage.
- In April 2024, labelstock specialist VPF expanded its adhesive portfolio with HM302, a new high-bonding hotmelt adhesive based on organic rubber. This mineral oil-free, bio-based adhesive boasts a certified organic content of at least 45 percent, a low carbon footprint, and higher initial tack compared to all previous VPF adhesives
- In March 2022, biotech company Conagen announced the development of highly sought-after debondable hot melt adhesives, created using high-performance materials derived from sustainable and natural bio-molecules
