Upcoming Trade Shows Hannover, Germany for Plastics

Hannover is one of Germany’s most active hubs for the plastics industry by virtue of its great location, strong research institutions, and long industrial history, which position the city as one of the leaders shaping the future of plastics technology. As global demand for sustainable and efficient materials rises, Hannover’s scientific and industrial sectors are driving advancements in recycling, digitalization, and cutting-edge manufacturing techniques. Plastics technology has become a cornerstone of Hannover’s industrial landscape, setting new standards in material efficiency, durability, and recyclability. Research institutions, such as the Institute for Plastics and Recycling Technology (IKK) at Leibniz University Hannover, play a crucial role in developing eco-friendly solutions. From regranulation and recompounding to process innovation, the focus remains on optimizing the entire life cycle of plastics. Industry-related research in Hannover is advancing strategies that enhance recycling efficiency and improve material properties. By integrating digital technologies, companies are making the plastics value chain more transparent and resource-efficient. The city’s economic development agency also collaborates with the IKK to promote knowledge transfer and investment in future-ready technologies. One notable development is KraussMaffei’s new plant in Laatzen, completed in February 2022. Spanning 97,000 square meters, the facility consolidates all extrusion technologies—ranging from pipe and profile extrusion to rubber and foam extrusion—at a single site. The plant, which accommodates up to 750 employees, also features a cutting-edge Customer Experience Centre, where clients can conduct real-world trials on extrusion applications. KraussMaffei is positioning Laatzen as a hub for circular economy advancements and is set to bring Hannover’s plastics industry to the forefront. The company’s extrusion and recycling technology center is focused on developing efficient recycling processes, which makes plastic waste recovery more viable and attractive. Digital innovations are a core component of this shift, with new tools designed to optimize energy consumption and enhance machine efficiency.