The Effect of a Prepolymer on the Performance of UV Ink-Jet Yellow Ink

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Abstract:

With the aim to study the effect of prepolymer on performance of UV ink-jet yellow ink , prepare UV ink-jet yellow ink color paste by change prepolymer and pigment/binder , test it’s particle size and distribution, explore the effect of different prepolymers and pigment/binder on the dispersion property; make ink color good dispersion paste into ink by using different film forming prepolymers, test the surface tension , viscosity , and curing speed, explore the effect of different prepolymers on the performance of UV ink-jet ink. The results indicate that, prepolymer on the dispersion property has great influence, color paste prepared by prepolymer CN2303 at pigment/binder for 2:1 has minimum particle size, and has good dispersion, film forming prepolymers has great influence on viscosity and curing speed of ink, has little effect on the surface tension of ink.

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99-102

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November 2011

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© 2012 Trans Tech Publications Ltd. All Rights Reserved

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[1] Yao Haigen. Digital printing technology [M]. Shanghai: Shanghai Scientific and Technical Publishers,(2001)

Google Scholar

[2] Ni Pingxiu, Wei Xianfu, Huang Beiqing, etc. Prepolymer's Effect on Printing Quality of UV-curable Inkjet Ink [J]. Journal of Beijing Institute of Graphic Communication, 2010(6):29-31

Google Scholar

[3] Zhang Wan, Wei Xianfu, Huang Beiqing, etc. Effect of Monomer and Pre-polymer on Performance of UV-curable Inkjet Ink [J]. Information Recording Materials, 2008,9(1)3-7

Google Scholar

[4] Huang Beiqing Wei Xianfu, etc. Influence of Pigment/binder Ratio on Dispersivity of Water-based Gravure Ink[J], Packaging Engineering, 2008,9(1)3-7

Google Scholar

[5] Yan Yanni, Wei Xianfu, Huang Beiqing, etc. Influence of Prepolymers on the Dispersion of UV Curing Flexo Ink [J]. Packaging Engineering, 2008.10

Google Scholar