Study Projects Growth in Radiation-Curing Market
May 1, 2010
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LONDON – IAL Consultants has released a new publication for the radiation-curables sector, entitled Global Overview of the Radiation Curing Market. The study provides an overview of the 2009 market sizes for radiation-curable raw materials and formulations, together with trends that are driving these two segments.
The radiation-curable raw materials market reached 378,000 tonnes in 2009, led by the acrylated oligomers and diluents segment, which accounts for 43 percent of all the raw materials in use. Functional monomers comprise one-third of the market, and the near-quarter of the remaining market is occupied by non-acrylated compounds and photoinitiators. The use of most types of radiation-curable raw materials is growing at between three percent and five percent per year.
The global market for formulated radiation-curable products amounted to just over 464,000 tonnes in 2009, with substantial variation in the importance of the different product segments between the main regions of the world. In the Europe, Middle East and Africa (EMEA) region, industrial coatings represent the largest segment at 85,740 tonnes, while in the Americas, the graphic arts segment is the largest at 55,900 tonnes. The Asia-Pacific market is led by opto-electronics applications (91,850 tonnes). The fourth key application segment, radiation-curable adhesives, is the smallest in every region, amounting to a global market of just over 16,900 tonnes. Little change is to be expected in any of these rankings over the next five years; the Asia-Pacific market is expected to outpace the other two regional markets in terms of growth, coming in at between five and six percent per year.
Sustainability is increasingly important in the European market, and for that reason de-inking is becoming ever more important. In addition, suppliers are looking to include renewable raw materials in their product portfolio.
Good growth in UV-curable inks is expected from many emerging Eastern European markets such as Russia. Some of the smaller countries like Uzbekistan and Kazakhstan continue to demonstrate good growth that is also expected to continue in the future.
In North America, the fastest-growing technology is digital, where good growth opportunities exist in 100-percent-UV and low-viscosity, water-based UV chemistries. Conductive inks are also receiving an increasing amount of attention.
Japanese companies have looked to China for investment opportunities, and many have presence and manufacturing there. However, production costs have started to grow in China; therefore, the many Japanese suppliers are turning their interest to other Asian countries such as Thailand, Vietnam and India.
India is another key area of opportunity for ink manufacturers. UV-curing inks were introduced to the Indian market a few years ago but have not gained a significant market share. Not many printers are using UV inks for screen-graphics application; the majority of them are predominantly using solvent-based inks. Unless there is pressure from print buyers to adopt environment-friendly practices, the market will continue to be dominated by solvent-based inks.
There is a clear geographic split in the EMEA region when it comes to the use of UV-curable PUDs. It has been estimated that up to 75 percent of these products are consumed within the northern part of Europe, mainly Nordic countries and Germany. These countries have long traditions with wood-based products and also have a much more strict approach to environmental, health and safety issues than the more conservative southern European countries, such as Italy and Spain. There is no reported demand for UV PUDs in the Middle East.
In the Russian wood coatings market, old-fashioned technologies are in plentiful supply and new technologies are implemented as a result of importation. As with most countries, the trend will be towards the greater use of water-based and UV-curable coatings.
The radiation-curable raw materials market reached 378,000 tonnes in 2009, led by the acrylated oligomers and diluents segment, which accounts for 43 percent of all the raw materials in use. Functional monomers comprise one-third of the market, and the near-quarter of the remaining market is occupied by non-acrylated compounds and photoinitiators. The use of most types of radiation-curable raw materials is growing at between three percent and five percent per year.
The global market for formulated radiation-curable products amounted to just over 464,000 tonnes in 2009, with substantial variation in the importance of the different product segments between the main regions of the world. In the Europe, Middle East and Africa (EMEA) region, industrial coatings represent the largest segment at 85,740 tonnes, while in the Americas, the graphic arts segment is the largest at 55,900 tonnes. The Asia-Pacific market is led by opto-electronics applications (91,850 tonnes). The fourth key application segment, radiation-curable adhesives, is the smallest in every region, amounting to a global market of just over 16,900 tonnes. Little change is to be expected in any of these rankings over the next five years; the Asia-Pacific market is expected to outpace the other two regional markets in terms of growth, coming in at between five and six percent per year.
Sustainability is increasingly important in the European market, and for that reason de-inking is becoming ever more important. In addition, suppliers are looking to include renewable raw materials in their product portfolio.
Good growth in UV-curable inks is expected from many emerging Eastern European markets such as Russia. Some of the smaller countries like Uzbekistan and Kazakhstan continue to demonstrate good growth that is also expected to continue in the future.
In North America, the fastest-growing technology is digital, where good growth opportunities exist in 100-percent-UV and low-viscosity, water-based UV chemistries. Conductive inks are also receiving an increasing amount of attention.
Japanese companies have looked to China for investment opportunities, and many have presence and manufacturing there. However, production costs have started to grow in China; therefore, the many Japanese suppliers are turning their interest to other Asian countries such as Thailand, Vietnam and India.
India is another key area of opportunity for ink manufacturers. UV-curing inks were introduced to the Indian market a few years ago but have not gained a significant market share. Not many printers are using UV inks for screen-graphics application; the majority of them are predominantly using solvent-based inks. Unless there is pressure from print buyers to adopt environment-friendly practices, the market will continue to be dominated by solvent-based inks.
There is a clear geographic split in the EMEA region when it comes to the use of UV-curable PUDs. It has been estimated that up to 75 percent of these products are consumed within the northern part of Europe, mainly Nordic countries and Germany. These countries have long traditions with wood-based products and also have a much more strict approach to environmental, health and safety issues than the more conservative southern European countries, such as Italy and Spain. There is no reported demand for UV PUDs in the Middle East.
In the Russian wood coatings market, old-fashioned technologies are in plentiful supply and new technologies are implemented as a result of importation. As with most countries, the trend will be towards the greater use of water-based and UV-curable coatings.
