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Rotomolding brings substantial advancements to the production of Type IV hydrogen tanks by improving manufacturing efficiency and ensuring superior durability and strength in the final product.

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.

A new line of bactericidal additives incorporating silver nanoparticles promises to keep surfaces clean and disinfected in medical, public, and domestic environments. 

Energy consumption in injection molding can be reduced by paying attention to material selection and by closely watching different stages in process parametrization.

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

Researchers enhanced PVA biofilms with Putranjiva Roxburghii seed shells (PRSS), improving biodegradability and properties for eco-friendly packaging.

For more than 70 years, hot runner systems have become a vital technology in plastic injection molding, improving production efficiency and enhancing product quality.

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

Plastics such as PTFE flood the medical industry daily. Examining PTFE’s past and present guides us towards its sustainable future.

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.

Researchers in Finland developed a new smart label for intelligent packaging and conducted a life cycle assessment (LCA) to evaluate its environmental impacts.

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.