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A. Hancock
Preparation and characterisation of radiation curable ink‐jet printing inks
T. Kawase, T. Shimoda, C. Newsome, H. Sirringhaus, R. Friend (2003)
Inkjet printing of polymer thin film transistorsThin Solid Films, 438
J.E. Johnson, G.L. Bok
Surface‐modified black pigments for industrial ink‐jet ink applications
I. Hargreaves
Ultra‐violet and electron‐beam curing systems
K.A. Schmidt, V.A. Doan, P. Xu, S. Stockwell, K. Holden
Ultra‐violet light curable hot melt composition
J. Surakka, T. Lindh, G. Rosén, T. Fischer (2000)
Workers' dermal exposure to UV-curable acrylates in the furniture and Parquet industry.The Annals of occupational hygiene, 44 8
B.J. Deckers
Radiation curable ink‐jet ink relatively free of photoinitiator and method and apparatus of curing the ink
S. Daplyn, Long Lin (2003)
Evaluation of pigmented ink formulations for jet printing onto textile fabricsPigment & Resin Technology, 32
Yi Liu, T. Cui, K. Varahramyan (2003)
All-polymer capacitor fabricated with inkjet printing techniqueSolid-state Electronics, 47
Don Rose (1999)
Microdispensing technologies in drug discovery.Drug discovery today, 4 9
J.A. Klang, J.S. Balcerski
New developments in the commercialization of UV curable ink‐jet inks
F. Laboroi
Preparation and characterisation of glucose sensors by ink‐jet printing
J. Vosahlo
Multiple pass ink‐jet printing using UV radiation curable inks with a partial and full ink curing process
Sartomer
Non irritation acrylates for UV/EB curing
D.C. Neckers, W. Jager
Photoinitiation for polymerization
S. Temple
Methods of ink‐jet printing
J. Davison (1995)
Non-impact printing processesSurface Coatings International, 78
P. Macfaul
Ink technologies for ink jet printing
D. Neckers, W. Jager (1998)
Photoinitiation for polymerization : UV & EB at the millenium
Y. Yu, F. von Gottberg
Surface modified color pigments for ink‐jet ink application
L. Lin, D.M. Lewis, A.J.S. Darragh
Water soluble dyes & cationic species each containing a solubility varying group which changes when deposited on a substrate and causes dye to precipitate
S. Daplyn, L. Lin
Preparation and characterisation of pigmented ink formulations for jet printing onto textile fabrics
L. Lin
Digital printing technology and anti‐counterfeit solutions
N. Caiger, S. Herlihy
Oxygen inhibition effects in UV‐curing ink‐jet inks
C.E. Hoyle
Photocurable coatings
L. Lin, J.T. Guthrie
Developments in printing, packaging and conversion
J.W. Birkenshaw
Printing processes
A.L Hart, A.P.F Turner, D. Hopcroft (1996)
On the use of screen- and ink-jet printing to produce amperometric enzyme electrodes for lactate☆Biosensors and Bioelectronics, 11
J.A. Klang, J.S. Balcerski
UV curable ink‐jet raw material challenges
D. Pede, G. Serra, D. Rossi (1998)
Microfabrication of conducting polymer devices by ink-jet stereolithographyMaterials Science and Engineering: C, 5
A. Hudd
Ink‐jet inks
A. Lemmo, Donald Rose, Thomas Tisone (1998)
Inkjet dispensing technology: applications in drug discovery.Current opinion in biotechnology, 9 6
UV curing technology has a number of unique advantages over the conventional curing technologies. However, until very recently, there had been few successful examples of the application of UV curing technology in ink‐jet printing. Several reasons, including the requirement of low viscosity for ink‐jet printing inks, were responsible for the lack of development of UV curable ink‐jet printing inks. This paper describes, in some details, the challenges that a formulator had to face in developing UV curable ink‐jet printing inks, together with information on the status quo of UV curable ink‐jet printing technology.
Pigment & Resin Technology – Emerald Publishing
Published: Oct 1, 2004
Keywords: Radiation; Ultraviolet radiation; Inks
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