Sustainability

Durable plastics play an integral role in modern society, but their durability challenges their recyclability and end-of-life.

Craig Veeser, Automotive Manager at Formerra, shared insights on how the company innovates in the electric vehicle (EV) sector by replacing traditional metal components with advanced plastic materials.

The TotalRecycle MRF in Pennsylvania led a groundbreaking project that effectively sorted and repurposed flexible plastic packaging (FPP) into marketable materials.

Researchers discovered how to break down polymers effectively, without using high temperatures or pressures.

Multiple injection molding parameters interact to influence the final quality of the molded part. Certain parameters are recognized as having the most significant impact.

The rise in lightweight materials directly connects to efforts to boost fuel efficiency, cut emissions, and meet strict environmental standards.

Direct fluorination is a widely used surface treatment in the packaging industry to enhance barrier properties. However, it has recently been linked to PFAS contamination in HDPE and PP.

Researchers have developed a method to recycle styrene foam into valuable electronic materials.

Mango Materials transforms waste methane into biodegradable PHA, providing a sustainable alternative to plastics and creating significant opportunities for innovation across multiple sectors.

Fluoropolymers enhance various applications across multiple industries, including aerospace, automotive, electronics, packaging, and medical.

Injection molding has become more versatile, now accommodating various raw materials, including paper. This flexibility makes it suitable for packaging and pharmaceutical applications.

BASF, a global leader in the chemical industry, recently introduced Haptex® 4.0, an innovative, eco-friendly synthetic leather that is set to revolutionize the leather industry.