Global market for radiation curing ink for packaging to grow 24% from 2011 baseline to nearly 37,500 tonnes by 2016, Pira forecasts; market to see over 60% growth in value, to reach more than US$883M during same period
LEATHERHEAD, United Kingdom
November 16, 2011
– The total market for radiation curing ink for packaging will grow 24% from its 2011 base to almost 37,500 tonnes by 2016. In value terms 60% plus growth will take the market to over $883 million in the same period according to a new study by Pira International and Radtech Europe.
The Future of Radiation Curing for Packaging - market and technology forecasts to 2016 provides quantitative market sizes and forecasts for each key material, end-use, region and country. The study is based on extensive primary research, including in-depth interviews with suppliers, packaging converters, printers and end users, including brand owners and retailers. This brand new study also analyses the latest technologies shaping the industry
According to the study, the technologies of ultraviolet and electron beam curing provide several advantages for printers and converters. The ink, varnish or coating is cured immediately, allowing subsequent finishing operations to be carried out without having to wait for drying. A high gloss finish may result that can sometimes save additional processes such as specialist lamination. The instant curing means that ink dot growth is minimised providing sharper print and ink remains at the surface on absorbent substrates resulting in a brighter, more vibrant finish. The cured inkfilm can be tailored to provide excellent tough and resistant finishes with specific abrasion and chemical resistance.
Inkjet using UV inks is a fast growing sector in signage and is becoming established in labels and packaging applications. According to the study, inkjet, in labels, cartons and flexible packaging is expected to be the fastest growing sector to 2016, with a 250% increase on the 2011 volume predicted.
In the medium term Pira expects digital print will provide benefits to packaging supply chains in similar ways that graphics has benefited, and UV inkjet will take a significant portion of this. The technology will allow for economic short runs as brands develop more versions and run lengths decline. Packaging can be versioned, with regional variations and tie-in to local events offering opportunities for higher value adaptations.
UV label printing is growing quickly. There are many narrow web print systems that compete directly with flexo and electrophotography, together with systems that effectively develop and improve the coding and marking functions. These provide the potential for supply chain improvement across many sectors as manufacturers see advantages in direct printing on-demand, rather than buying in pre-print. As manufacturing methods develop, Pira expects to see opportunities for UV inkjet labelling, blister packaging and carton print to replace pre-printed static versions. One example is in the pharmaceutical field where Atlantic Zeiser has installed several €4 million plus print systems that help drug manufacturers produce smaller batches as their blockbuster drugs represent a smaller portion of the overall drug market. This represents the higher end of the market, there are narrow web UV printers available from €70k up to €500k depending on the configuration, speed and front end system. Additional costs will be involved in finishing although standard finishing lines are usually suitable to handle inkjet printed rolls.
Using extensive primary research, the study forecasts market and technology developments to 2016. In addition, the study contains important chapters on technology innovations and forecasts, key drivers, and hot topics such as sustainability.
David Helsby, Technical Director Rahn AG and president of Radtech Europe, said: "Finally, a comprehensive study for the radiation curing graphic arts world, especially for the packaging sector."