Medical engineering increasingly relies on plastics when it comes to implants and applications inside the human body. For this purpose, molecular research meanwhile designs targeted plastics with manifold characteristics. This sets new standards in the application and manufacturing of such medical products.

With their versatile properties and numerous possible applications, polymers are already making our vehicles more efficient and safer, more comfortable and more beautiful – and tomorrow’s mobility possible in the first place. Plastics make their contribution from the roof to under the hood – and of course not only in cars, but also in trains, buses and airplanes.

In times of Coronavirus, plastics prove once again their importance for our lives. Without the usage of plastics, there would be no viable way to cope with the current pandemic. But let’s be a bit more specific: Which applications are we actually talking about when highlighting the material’s contributions against COVID-19?

Very light and robust, highly moldable, particularly sustainable – various good properties make plastics the material of choice. Discovered 100 years ago, the possibilities are far from exhausted – especially when it comes to recycling this valuable material. A wide range of successful approaches exists already.

Whether in the car, on the laptop or in our own four walls: Plastics accompany us at every turn. They provide innovations, make life safer, healthier, more comfortable and more environmentally friendly in many important areas – and have done so for 100 years.

Producing plastics requires a lot of energy and raw materials like crude oil. However, this releases greenhouse gases. The German plastics industry wants to tackle this problem and intends achieve a climate-neutral production by 2050. The ideas and technologies necessary for reaching this goal have been developed already.