UPM Raflatac is strengthening its position in the fast-growing linerless labelstock market by scaling up its production capacity and building a new production line in Nowa Wies, Poland.
Direct Thermal (DT) linerless labelling is a cost-efficient and sustainable alternative to traditional label stock.
Driven by sustainability trends and the need for increased efficiency, linerless has quickly gained ground alongside traditional labelling technologies. Boosted by growing demand in end-uses such as grocery labelling, logistics and quick service restaurants, the DT linerless market has seen approximately 15% year-on-year growth in recent years.
“This investment in linerless is a natural continuation of our innovative product and technology development work and is a timely response to current market needs. Sustainability and efficiency benefits are significant as linerless brings up to a 40% reduction in material usage. This enables our end-users to improve their carbon footprint and reach their sustainability targets,” says Antti Jääskeläinen, executive vice president, UPM Raflatac.
World-leading product performance
Thanks to its in-house developed proprietary technology, world-leading product performance and existing global distribution network, UPM Raflatac is now ready to scale up its linerless production and take full advantage of the DT linerless opportunities available with converters, original equipment manufacturers (OEMs) and end users.
The EUR 13 million investment in Nowa Wies, Poland includes a new linerless coating line and increased slitting and packing capacity increasing the company’s Direct Thermal (DT) Linerless annual production capacity by 100 million m2. The new production line is expected to be operational at the end of 2021.
Operations at the UPM Raflatac Wroclaw, Poland label stock factory started in 2008 followed in 2012 by the nearby UPM Raflatac Nowa Wies factory. Located in western Poland, these two factories today employ over 700 people and form a significant UPM Raflatac label stock production hub.