Compounding

Graphene nanoplatelets reinforce polypropylene, boosting strength, stiffness and conductivity in lightweight automotive components and ESD-safe parts.

Flexible bio-based polyester blocks transform brittle PLLA into ultra-tough copolymers with high extensibility and industrially relevant strength.

Rigid polyurethane composites with industrial waste fillers: mechanical strength, thermal conductivity, and machine-learning guided optimization.

GLA-based additives improve PLA flexibility and enzymatic breakdown, enabling better lifecycle performance in targeted packaging applications.

When two surfaces rub, static electricity builds as electrons move from one material to another during the contact and separation.

Carbon black pigments blocked NIR sorting, hindering black plastic recycling, but new industry innovations are now solving the issue.

New research explores how citrus waste can enhance biodegradable films for food applications.

Zinc Dodecyl Sulfate boosts rubber strength and stiffness while reducing zinc waste, offering a greener alternative to ZnO in Styrene-butadiene rubber vulcanization.

Researchers developed a biodegradable composite by integrating calcium carbonate (CC) into poly(1,8-octanediol-co-citrate) (POC).

Plastic film’s slip and friction characteristics are essential for optimal performance in flexible packaging. Modifying these characteristics with additives can greatly benefit manufacturers.