Inks that change their colour under certain
circumstances are increasingly applied in the
field of security printing, brand protection,
smart packaging, marketing and novelty print-ing. Starting with novelty items such as mood
rings in 1970s, more and more applications
are entering the market in which thermochro-mic (TC) ink become a functional part of the
product. Battery testers are an example of such
a product. Smart packages with an irreversible
thermochromic colour change could prove the
observance of the required temperature condi-tions during storage or transportation of sensi-tive goods such as heat-sensitive pharmaceuti-cals or frozen food (Seeboth and Lötzsch, 2008).
Smart materials also interest artists and design-ers inspired by possibilities for the development
of new creative design directions towards in-teraction, response and ultimate functionality
(Christie et all, 2007).Colour change technology
thus offers designers unique and challenging
design opportunities.
Inks that change their colour under certain circumstances are increasingly applied in the field of security printing, brand protection, smart packaging, marketing and novelty print-ing. Starting with novelty items such as mood rings in 1970s, more and more applications are entering the market in which thermochro-mic (TC) ink become a functional part of the product. Battery testers are an example of such a product. Smart packages with an irreversible thermochromic colour change could prove the observance of the required temperature condi-tions during storage or transportation of sensi-tive goods such as heat-sensitive pharmaceuti-cals or frozen food (Seeboth and Lötzsch, 2008).Smart materials also interest artists and design-ers inspired by possibilities for the development of new creative design directions towards in-teraction, response and ultimate functionality (Christie et all, 2007).Colour change technology thus offers designers unique and challenging design opportunities.
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