BioBond Adhesives, Inc.
A 55% biobased pressure-sensitive adhesive, validated on compostable diapers.
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Adhesives and sealants covers making two things stick, and proving how well. On Halo, the solutions cover bio-based adhesives and binders, crosslinkers and formulation design, measuring adhesion, and curing at lower temperature. Every solution comes from the team that developed it, so you can reach the people behind the work directly. Sign up to search the full network and post your specific need.
BioBond Adhesives, Inc.
A 55% biobased pressure-sensitive adhesive, validated on compostable diapers.
AU
University of Alberta
Lignin converted into oligomers for coatings and high-strength adhesives.
A cross-linking system that is entirely bio-based and still degrades.
ER
University of Washington
Pectin side streams turned into a binder for engineered wood.
SH
Agricultural residues fractionated into pectin binders and cellulose fibers.
UO
University of Alberta
Animal byproducts cross-linked into an adhesive, with pathogens destroyed.

North Carolina State University
Cellulose nanocrystals in a bistable polymer that re-bonds after failure.
Innotech Materials, LLC
Hydrophobic nanocellulose with fatty acids, bonding to ABS and to a nail.
Electrospun biopolymer films acting as a hot-tack adhesive and a coating.
INSTRUMENTAL POLYMER TECHNOLOGIES
Gamma-hydroxy carbonates crosslinking reversibly, and biodegrading after.
National Institute of Chemistry (Kemijski inštitut)
Functionalized lignin crosslinking a biobased epoxy, with no bisphenol-A.
UO
University of Alberta
Higher polyol yields with the toxic solvent taken out of the process.
Molecular modeling and machine learning designing a polymer before synthesis.
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Universities, startups, and suppliers with solutions in adhesives and sealants.
Industrial adhesive manufacturersResearchers and inventors advancing industrial adhesive solutions.
Industrial adhesive expertsBio-based chemistry is the largest cluster on Halo, drawn from lignin, pectin side streams, cellulose nanocrystals and agricultural protein. Five separate entries measure adhesion and supply none, and a smaller group works the other way, stopping a rubber or a mold from sticking at all. On Halo it spans six groups, including bio-based adhesives and binders, crosslinkers and formulation design, and measuring adhesion.
Stage of development. Work on adhesives and sealants on Halo is split between university programs and companies. 31% of the solutions are in market. University of Alberta has the most, followed by Northwestern University. Co-development and sponsored research are the usual partnering routes, and about 42% of the solutions that state terms offer pilot engagements.
Five entries measure, and none of them adhere. A pressurized interfacial failure method, a poker chip test running 20 to 50 samples a day, high-throughput measurement on equipment a lab already owns, rheology paired with tack for pressure-sensitives, and fiber optics embedded in the bondline reporting where it is failing. Adhesion is notoriously hard to quantify, and a sixth of the set is about that alone.
Curing cooler, on the equipment already installed. Four entries lower the energy of a cure: imidazole accelerators dropping epoxy powder by 20 to 40 degrees so wood can be coated, catalysts for lower-temperature polyacid condensation, and microwave or RF activated nanoparticles claiming up to 95% energy saved. Two of them stress that existing RF equipment will do, which is the constraint that decides adoption.
The binder comes from a side stream. Pectin production residues turned into a binder for engineered wood, agricultural biomass fractionated into pectin binders and cellulose fiber, lignin oligomers for high-strength adhesives, animal byproducts cross-linked into a polymer, and cellulose nanocrystals in a self-healing coating. Formaldehyde binders in wood panels are the incumbent most of these are aimed at.
Adhesives and sealants covers making two things stick, stopping them sticking, and proving how well either worked. It spans bio-based adhesives and binders, crosslinker and formulation chemistry, catalysts that cure a bond at lower temperature, coatings that raise bond strength on a difficult surface, deliberate anti-adhesion for molds and rubber, and the test methods that measure any of it. Manufacturers, converters and formulators are the buyers.
Five examples of industrial adhesive solutions on Halo include:
The most recently updated industrial adhesive solutions on Halo include:
There are 518 organizations with industrial adhesive solutions on Halo, 145 of them universities and research institutions. Among them are BioBond Adhesives, Inc., University of Alberta, and Ecotune, Inc.. Most offer co-development or sponsored research. Sign up to see every organization working in the area and to send them your specific need.
Browsing industrial adhesive solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
Over the past 12 months, R&D teams on Halo have posted these industrial adhesive solutions needs:
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