Mango Materials
PHA pellets formulated to behave like conventional resin in rigid packaging.
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Receive a weekly email digest of the latest polymer composites added by the network.Updated Sept 30, 2026
Polymer composites covers a polymer combined with something else to get a property it lacks. On Halo, the solutions cover biopolymer resins against a polyolefin, making a bioplastic behave, recycled polymer made usable, and fiber composites. Sign up to search the full network and post your specific need.
Mango Materials
PHA pellets formulated to behave like conventional resin in rigid packaging.
The same polymer made from waste methane, for food and beverage users.
Colorado State University
A biopolyester mimicking polyethylene, polymerized with no solvent.
Modified PBS resins offered as a direct polyolefin substitution.
BP
North Carolina State University
PHA copolymers and blends that spin into a nonwoven with enough ductility.
The Ohio State University
PHBV blended with natural rubber and upcycled waste modifiers.
A seaweed film certified 100% biobased and home compostable.
Dairy wastewater fermented into PHA, with nothing left over.
BioPLAct: Polylactic acid production from cheese whey
Whey-derived PLA with plasticizers, starch and natural fibers for rigid parts.
Addisperse Technology
An impact modifier that gives PLA and PHA the ductility they lack.
CO2 injected into a modified extrusion line, for heat resistance and elongation.
High-pressure CO2 in a roll-to-roll line retunes an existing compostable film.
Additives working at low loading on mechanical and thermal properties at once.
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Universities, startups, and suppliers with solutions in polymer composites.
Polymer composites organizationsResearchers and inventors advancing polymer composites.
Polymer composites expertsMost of the work on Halo is a bioplastic argued against a polyolefin, and most of the rest exists to fix what a bioplastic cannot do: brittleness, heat resistance, barrier. Carbon and natural fiber composites are a smaller cluster, and lignin turns up three times as the feedstock. On Halo it spans six groups, including biopolymer resins against a polyolefin, making a bioplastic behave, and recycled polymer made usable.
Stage of development. Work on polymer composites on Halo is split between university programs and companies. 28% of the solutions are in market. University of Tennessee, Knoxville has the most, followed by North Carolina State University. Co-development and sponsored research are the usual partnering routes, and about 49% of the solutions that state terms offer pilot engagements.
Every bioplastic is priced against a polyolefin. Nine entries name what they displace: PHA offered as a rigid packaging resin, a biopolyester that mimics polyethylene, modified PBS for polyolefin substitution, PHA copolymers spun into nonwovens. Two make PHA from waste, one from methane and one from dairy wastewater. The property target is always the incumbent's, never an improvement on it.
Seven entries fix what a bioplastic cannot do. An impact modifier for PLA and PHA ductility, CO2 injected into an extrusion line for heat resistance and elongation, a high-pressure roll-to-roll process that retunes a film already on the market, coffee grounds cutting density, graphene for damping. The resins exist; the mechanical shortfall is what the market is still buying around.
Lignin, three times, from three angles. Oligomers for coatings and high-strength adhesives, functionalized lignin crosslinking a biobased epoxy with no bisphenol-A, and a two-step process recovering fractionated lignin out of Kraft black liquor. The third makes the first two possible, which is the usual shape of a feedstock that is currently burned for its heat value.
Polymer composites covers a polymer combined with something else to get a property it lacks. It spans biopolymer resins offered against a polyolefin, the additives and processes that fix a bioplastic's brittleness or heat resistance, fiber composites in carbon and natural fiber, lignin as a polymer feedstock, the compatibilizers and reactive extrusion that make recycled polymer usable, and the tools that design and validate a part.
Five examples of polymer composites on Halo include:
The most recently updated polymer composites on Halo include:
There are 912 organizations with polymer composites on Halo, 235 of them universities and research institutions. Among them are Mango Materials, Colorado State University, Syntura, and North Carolina State University. 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 polymer composites 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 polymer composites needs:
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