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类型纳米技术应用在印刷业上.doc

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    纳米技术应用在印刷业上.doc
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    1、manroland AG is the worlds second largest printing systems manufacturer and the worlds market leader in web offset. manroland employs almost 8,700 people and has annual sales of some Euro 1,7 billion with an export share of 80%. Web fed and sheetfed presses provide solutions for publishing, commerci

    2、al and packaging printing.manroland Greater ChinaMarketing & Corporate Communications Jane Gu +86 755 8886 6767 Fion Nieh+886 8228 2368fion.niehmanroland.twSamuel Tam+852 2897 This press release contains projections for the future based on the well-founded assumptions and prognoses of the management

    3、 of manroland AG. Though management believes these assumptions and estimates to be correct, actual developments in the future, as well as actual operating results, may deviate from those put forward by management due to factors beyond the control of the company, such factors to include, for example,

    4、 fluctuating exchange rates, changes within the graphic arts industry, or any other unforeseen economic and/or market transformations. manroland AG makes no guarantees that future developments and/or future operating results will match any of the numbers and/or statements put forth in this press rel

    5、ease, and assumes no liability if such situations arise. Furthermore, no responsibility is assumed for updating any of the statements and/or figures contained herein.發 佈 日 期 : 2009年 4月 10日 | 地 點 : 德 國 |納米技術應用在印刷業上Nanocure 項目在印刷增值鏈裏有選擇性地傳授知識將進一步提升印刷業及其產品的吸引力。這就是曼羅蘭以各種方式活躍在與納米技術有關的研究專案和小組的原因所在,其中最引人注目

    6、的是 Nanocure 項目( BMBF Fkz:13 N 9115 )。在該專案中,曼羅蘭與合作夥伴正在加速納米技術在印刷領域的應用。在印刷業以及金屬表面塗布的領域中,像輻射硬化聚合物這樣的方法發展很快。Nanocure 項目的重點是納米技術在輻射固化的應用。這些新的研究方法的優勢將使UV 印刷更具吸引力。 UV 印刷的研究在過去的幾年裏,UV 印刷油墨耗用量的平均增長率大約為 5-8%。這是因為暫態固化生產力的提高,使印刷產品不拖延地直接從印刷機送到印後加工。UV 技術的其他特點源自一個事實,即它們是不需要溶劑的。即使是在很難用傳統的印刷方法印刷的非吸收性材料(如鋁箔)上,也可以用 UV

    7、印刷油墨印刷而獲得卓越的品質。然而,這些特點也因為某些問題受到限制,如乾燥使用的能源成本過高,有機光引發劑可能遷移到被包裝的產品上。 因此,Nanocure 項目的合作夥伴正在進行研究,以找到一種新的改性光引發劑以及基於此的紫外光固化印刷油墨、光油和膠黏劑。該專案的目的是獲得能大大提高輻射能量轉換效率、具有更高水準的環境相容性、不危害健康,並具有成本效益的系統。 共同研究加工鏈該專案的合作夥伴覆蓋整個加工鏈的計畫中的新油墨和光油: 位於德國達姆施塔特的 Sustech 公司和位於索爾布呂肯的新材料有限公司 INM萊布尼茨研究院,正在研究原材料有選擇地改性問題。 Zeller + Gmelin

    8、公司负责 改性光引发剂到符合应用要求的 UV 固化印刷油墨和光油的进一步加工。 Eltosch Torsten Schmidt 有限公司正在研究适合的 UV 固化系统,并根据其能源消耗进行优化。 曼羅蘭正在研究這些新油墨和塗料在印刷機上的應用。2009-04-10 | 2/4 Saarlandes 大学物理化学系正在开展重要的相关研究,例如分析涂层。圖注:曼羅蘭攜手行業合作夥伴積極推動 Nanocure 專案的開展。曼羅蘭負責研究油墨和光油在印刷系統中的應用。此圖為 ROLAND 700 HiPrint 膠印機。2009-04-10 | 3/4Nanotechnology in the pri

    9、nting industryThe Nanocure ProjectThe selective transfer of knowledge within the print value-adding chain increases the attractiveness of the printing industry and its products. This is why manroland AG is active in a variety of ways in research projects and teams concerning nanotechnology. One of t

    10、he highlights here is the Nanocure Project (BMBF Fkz: 13 N 9115) where manroland together with partner companies is expediting nanotechnological applications in the field of printing.In the printing industry and also in the fields of surface coating of metals for example, radiation-hardening polymer

    11、ization methods have developed very rapidly. The Nanocure Project focuses on nanotechnological applications for radiation curing. The advantages of these novel research approaches will make UV printing even more attractive.Research in UV printingIn the last years the average growth rate in the consu

    12、mption of UV printing inks lay around five until eight percent. The reason for this is the higher productivity that comes from instantaneous hardening which permits print products to move from the press to the finishing operations without delay. Other advantages of UV technologies stem from the fact

    13、 that they are solvent-free. Even non-absorbent materials that are hard to print by conventional methods such as foils can be printed with UV inks in outstanding quality. However, these advantages are opposed by certain challenges like high energy costs for drying and the possible migration of organ

    14、ic photoinitiators to packaged products.Therefore the partners in the Nanocure Project are conducting research to find a new class of modified photoinitiators and UV-curable printing inks, coatings and adhesives based on this. The project aims at achieving greatly improved efficiency in the conversi

    15、on of radiant energy, a higher level of environment compatibility, no health hazards, and cost-efficient systems.Jointly researching the processing chainThe project partners cover the entire processing chain of the planned new inks and coatings: Sustech GmbH & Co KG, Darmstadt, and the INM-Leibniz I

    16、nstitut for Neue Materialien GmbH, Saarbrcken, are examining selective modification of the source materials. Zeller + Gmelin GmbH & Co KG is responsible for further processing of the modified photoinitiators into application-compliant UV-curable printing inks and coatings.2009-04-10 | 4/4 Eltosch To

    17、rsten Schmidt GmbH is researching suitable UV-curing systems and is optimizing these regarding their energy consumption. manroland AG is examining the use of the new inks and coatings in printing presses. The Universitt des Saarlandes, Physikalische Chemie, is carrying out important accompanying research, for instance in analyzing coatings.Captions:Together with industry partners, manroland is very active in the Nanocure Project. The company researches the behavior of inks and coatings in printing systems. This picture shows a ROLAND 700 HiPrint.

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