Plastics

Glass-filled polypropylene is already a very commonly used plastic for automotive parts, but could it be improved? Well, yes. A new substance, Gratek, is claimed to make the plastic 20% stronger yet 18% lighter, thanks to the addition of graphene.

Twenty-one-year-old backyard scientist Julian Brown nukes plastic trash in a homemade microwave pyrolysis reactor, turning bags and bottles into a chunky sludge he refines into a gasoline alternative he calls "plastoline."

Researchers in Australia are working on a way to lower the cost of producing solar thermal energy by as much as 40% with the help of shatterproof plastic rear-view mirrors originally designed for cars.

Scientists at RIKEN in Japan have developed a new type of plastic that’s just as stable in everyday use as regular plastic, but dissolves quickly in saltwater, leaving behind only safe compounds.

Harnessing a principle known as triboelectrification, researchers have worked out the optimal way to generate an electrical charge in a relatively simple way. The breakthrough could provide a battery-free way to power wearables and other devices.

Lego is the largest tire manufacturer by volume in the world – even though its tires are among the smallest on the planet. The Danish toy company is now making those tires out of recycled materials like fishing nets, engine oil, and rope.

Although it is possible to recycle Plexiglass, it's a complex and inefficient process, so it generally just isn't done. A simple new technique, however, is claimed to break the plastic down into all of its building blocks for near-complete recycling.

Back in 2022, the strange-looking prototype igus:bike rolled into the spotlight boasting an angular frame, funky wheels and even bearings made using recycled plastic. Now the newly-named RCYL bike is riding into production.

Sales of vinyl records have been on the rise for a few years now, but the plastic used to create them is bad news for the enviro-conscious listener. A UK startup is hoping to change that by pressing for plant-based alternatives.

Japanese scientists have developed a new type of plastic that can easily break down on demand into its base components. In seawater it starts to break down into food for marine life, and just to top it off, it can self-heal and remember past shapes.

You may have downed the blue-green algae known as spirulina while on a health kick, but now, researchers have used it to create a bioplastic that will degrade in your compost bin in the same amount of time it takes for a banana peel to break down.

Nylon can be found everywhere in modern life, from the clothes we wear to the seatbelts in our cars. The problem is that producing it can be a dirty business, but researchers say a new method can make nylon production significantly greener.