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Seawool is produced by grinding oyster shells into nanobeads combined with recycled polyester. This process upcycles the waste material, sparking a fabric revolution in sustainable textiles.

Researchers from the University of Sussex have developed a revolutionary bioelectronic skin (e-skin) that promises to reshape the future of health monitoring.

Plastic modification involves selecting the right additives to enhance the polymer’s properties, such as mechanical strength, surface quality, or processability.

Flash is a common defect in injection molding that can be effectively resolved once its root causes are identified. Below are the primary causes along with their potential solutions.

For the second year in a row, the SPE’s event in Baltimore will examine the regulatory, economic, and technological impacts of PFAS on the plastics industry.

Researchers at James Cook University have developed a groundbreaking method to convert microplastics into graphene.

Denmark leads in environmental initiatives, including recycling Styrofoam (EPS). Widely used in packaging and insulation, expanded polystyrene presents significant challenges in waste management.

The University of California, Berkeley, developed a new catalytic chemical process that has the potential to revolutionize plastic recycling by converting waste polyethylene (PE) and polypropylene (PP) into valuable monomers.

Selecting the right polypropylene grade for your project is crucial to ensuring optimal performance.

How new technologies are shaping mass production? Emerging technologies, such as 3D printing, reverse engineering, and 3D scanning, have revolutionized product design and development.