Thermoforming

A novel method recycles linear low-density polyethylene (LLDPE) with car bumper waste into nanocomposite films.

Engineers optimize conductive polymer composites for fuel cell bipolar plates, achieving low weight and high conductivity for advanced energy systems.

Morphing technology is key to green aviation, enabling real-time adaptation that significantly improves aerodynamic efficiency.

Automotive recycling combines EOL bumpers with carbon fiber scraps. This rCF-rPP composite increases stiffness and diverts plastic from landfills.

AI-aided polyurethane simulation reduces modeling time from days to seconds. Digital material twins optimize tool design and predict foaming behavior.

A new hybrid composite EV battery housing reduces weight by 20% and costs by 30%. This SPE award-winning design optimizes safety and scalability.

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

For thermoforming manufacturers like Duo Form, reducing production costs and lead times has become essential to staying competitive.

Reverse engineering (RE) in plastics processing has become an essential method for product reproduction, improvement, and optimization. It involves a thorough understanding of the design, manufacturing, assembly, and maintenance stages.

Sustainability or design for the environment was almost always considered at the end of the design process. This can no longer be the case; sustainability is no longer about the environment. It is the environment.