Surface properties and printability of polypropylene film treated by an air dielectric barrier discharge plasma

Fatma A. Morsy1, S. Elsayad1, Ahmed Bakry1, M. A. Eid2
1Printing and Packaging Laboratory, Chemistry Department, Faculty of Science, Helwan University, Cairo, Egypt
2Spectroscopy Department, Physics Division, National Research Centre, Dokki, Cairo, Egypt

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Tài liệu tham khảo

Prinz E and F Forster, ‘Surface tension measurements on plastics under practical conditions’,Coating,27, (9), 309–11, 1994

Rease D E, ‘The challenges of printing plastic packaging films’,Felxo,18, (3), 14, 16, 19, 27, 1993

Millward J, ‘A trick to treat?’,Package Print,48, (1), 40, 42, 44–5, 2001

Menges G, W Michaeli, R Ludwig and K Scholl, ‘Corona treatment of polypropylene films’,Kunstst Ger Plast,80, (11), 1245–9, 1990

Breard D, ‘Polyolefin’s surface energy and screen printing, Part 2’,Screen Print,91, (11), 60–4, 2001

Carrino L, G Moroni and W Polini, ‘Cold plasma treatment of polypropylene surface: A study on wettability and adhesion’,J Mater Process Technol,121, 373–82, 2002

Guthrie J T, ‘Pretreatments and their effect on the adhesion of coatings’,Surface Coatings International Part B: Coatings Transactions,85, (B1), 27–33, 2002

Cui N Y and N M D Brown, ‘Modification of the surface properties of polypropylene (PP) film using an air dielectric barrier discharge plasma’,App Surf Sci,189, 31–8, 2002

Middleton W, ‘Using films in labelling is increasing due to developments in surface treatment’,Labels Labelling,19, (6), 100, 1997

Middleton W, ‘Surface treatment pushes filmic label growth’,Packag Rev,24, (6), 24–5, 1998

Strong A, ‘Plastic labels — new design opportunities — dynamic growth’, Proceedings from Europak ′93 Conference at Dusseldorf, Germany, 67–75, 4th to 5th May 1993

Weinberg M L, ‘Under pressure’,Package Print-Converting,43, (11), 28, 30, 32, 35, 1996

Thompson B (ed),Printing Materials: Science and Technology, Pira International, UK, 189–91, 1998, ISBN: 1-85802-150-2

Hanke K, ‘Qualitative evaluation of print’,Druckfarben Echo/Drucklabor,3, 16–21, 1989

Kajanto I M, ‘Pointwise dependence between local grammage and local print density’,Pap Puu,73, (4), 338–45, 1991

ASTM: D2578-94, ‘Standard test method for wetting tension of polyethylene and polypropylene films’,Annual Book of ASTM Standards,08.01, 67–9, 1994

En ISO 2409, ‘Paints and varnishes — cross-cut test (ISO 2409: 1992)’, 1992

Williams R L,Paper and Ink Relationships, 81–4, Mennonite Press Inc, Kansas 67502, 1988

ASTM: D2457-97, ‘Standard test method for specular gloss of plastic films and solid plastics’,Annual Book of ASTM Standards,06.01, 9–13, 1997

Saha A, V Chakraborty and S N Chintalapudi, ‘Chemical modification of polypropylene induced by high energy carbon ions’,J Nucl Instr and Meth in Phys Res B,168, 245–51, 2000

Caiazzo F, P Canonico, R Nigro and V Tagliaferri, ‘Electrode discharge for plasma surface treatment of polymeric materials’,J Mater Process Technol,58, 96–9, 1996

Tripathy S P, R Mishra, K K Dwivedi, D T Khathing, S Ghosh and D Fink, ‘Dose-dependent modification of polypropylene by 62MeV protons’,J Radiation Measurements,35, 95–8, 2002

Brun C, A Chambaudet, C Mavon, F Berger, M Fromm and F Jaffiol, ‘Modification of polypropylene surface properties by alpha ionizing radiation’,J App Surf Sci,157, 85–91, 2000

Upadhyay D J, N Y Cui, C A Anderson and N M D Brown, ‘Surface oxygenation of polypropylene using an air dielectric barrier discharge: The effect of different electrode-platen combinations’,J App Surf Sci,229, 346–52, 2004

De Grace J H and P J Mangin, ‘A mechanistic approach to ink transfer. Part I: Effect of substrate properties and press conditions’,Advances in Printing Science and Technology, (ed) W Banks, Proceedings of the 17th International Conference of Printing Research Institutes, held in Saltsjobaden, Sweden, [London: Pentech Press for IARIGAI, 1984],17, 312–32, June 1983, 1984

Sosa R, ‘Effect of temperature control on gravure packaging inks’,American Ink Maker,77, (10), 121–7, 1999