Recyclate

As injection molders face increasing demands to improve throughput, part quality, and aesthetics, Industry 4.0’s data-driven approach will continue to reshape the molding landscape for the next  years.

To increase the amount of recycled content in plastic products, quality assurance of recyclates must improve. Some manufacturers attempt to characterize the PCR in-house, and DSC tools will be crucial.

Innovative carbon capture technologies are revolutionizing the plastics industry by reducing GHG emissions and transforming carbon waste into valuable materials.

Le Pavé, a small French industrial startup, is playing an outsize role in creating uses for recycled plastics at the upcoming Paris Olympic Games. The Paris-based company has provided 11,000 recycled HDPE seats for use in two Olympic arenas as well as recycled plastic panels for use in the award podiums.

Plastic credits aim to mitigate global plastic pollution and foster sustainable waste management practices.

The lower recycling rates worldwide have demonstrated that effectively managing plastic waste needs multiple recycling technologies.

Formerra is a global high-performance materials distributor with a dedicated focus on sustainability and business development. The company has found a niche in sustainable packaging, materials, and solutions.

Lignin, a significant byproduct of the pulp and paper industry, accounts for approximately 75 million tons of waste annually. This vast quantity of waste presents both a challenge and an opportunity.

The rapid increase in industrial and domestic waste makes polyurethane (PU) recycling a critical topic of study. Innovative recycling strategies are essential to manage this substantial plastic waste.

Kaffeeform, a Berlin-based company, revolutionizes coffee packaging by transforming used coffee grounds into eco-friendly products, promoting sustainability and waste management.

Each batch of recycled plastic is different, so testing and analysis are critical for processing and quality.

Polyurethane (PU) is a highly adaptable polymer recognized in the biomedical field. Its ability to be tailored by adjusting its soft and hard segments grants it superior mechanical strength and biocompatibility.