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The graphic industry is one of the first that began to utilize microcapsules, which are nowadays used in various fields of applications such as: medicine, pharmacy, agriculture, construction industry, chemical industry, food industry, biotechnology, cosmetic industry, photography, electronics, textile and printing industry (Boh et al., 1999; Arshady & Boh, 2003; Boh, 2007; Poncelet & Boh, 2008). Microcapsules are tiny spheres that usually consist of two parts: the core and the shell (Gosh, 2000). Microencapsulation enables the core material to reach the “target” areas without getting affected by the surroundings, while the microcapsule microscopic size enables the consumption of the very small active agent quantity (Gosh, 2000; Dubey et al., 2009; McShane & Ritter, 2010; Microtek Laboratories Inc., 2015). One of the simplest and the most frequently used encapsulation method in the graphic industry is “in situ” polymerization, which provides high active agent loadings and smoothly shaped microcapsules with good mechanical properties (Kuković & Knez, 1998; Gosh, 2000; Nelson, 2001; Starešinič, Šumiga & Boh, 2011; Ocepek et al., 2012). Microcapsules used in printing applications can be activated by the use of different mechanisms, which are mainly based on external pressure, abrasion and heat or light activation (Gosh, 2000; Nelson, 2001; Boh & Šumiga, 2008; Sensor Products Inc., 2015). Rastko Milošević1, Nemanja Kašiković1, Tomislav Cigula2, Urška Stanković Elesini3 and Raša Urbas3

The characterization of microcapsules printed by screen printing and coating technology