Physicochemical colourants effects on polymeric composites printing toner

Abstract

Purpose

This paper aims to report on production of the colour digital printing toners cyan, magenta and yellow. Colour digital electrophotographic printing is currently in high demand. The provision of a large colour gamut depends on appropriate selection of precise colourants to produce toner capable of producing a thin layer on paper.

Design/methodology/approach

Printing toners were synthesised by the emulsion aggregation method, and then evaluated for chemical constitution and effects of the colourant substituents.

Findings

Results demonstrated that increasing the polarity of a pigment produced better dispersion and lower particle size with narrower distribution and even better colour reproduction. While, changing a pigment’s characteristics did not affect the toner shape or its thermal properties.

Practical implications

The developed method provides a simple way to synthesise colour printing toner.

Social implications

Emulsion aggregation toners provide less hazardous materials during printing.

Originality/value

Evaluations of the influence of solid-state parameters and physicochemical properties of the pigments on printing toner characteristics were done for the first time.

Citation

Bazrafshan, Z., Ataeefard, M. and Nourmohammadian, F. (2014), "Physicochemical colourants effects on polymeric composites printing toner", Pigment & Resin Technology, Vol. 43 No. 5, pp. 245-250. https://doi.org/10.1108/PRT-09-2013-0085