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The purpose of this paper is to understand the different binding mechanisms between starch and latex.Two kinds of coating color using a starch or a latex as a binder were coated on a wood-free base paper under several drying conditions and both calendered and non-calendered coated paper samples were prepared. New concept ƒ¿ and ƒÀ which represent the micro-scale and the macro-scale binding efficiencies were respectively introduced to explain the dry-pick resistance of coated paper samples. In case of using starch as a binder, the dry-pick resistance of the samples was strongly influenced by the interval time between coating and drying, but not by the drying conditions and calendering. This behavior could be explained by 13 depending on so-called binder migration toward coated layer surface. In case of using latex as a binder, the dry-pick resistance of the samples was slightly influenced only by calendering. This behavior was explained by a depending on the mechanical deformation by calendering. The difference of binding mechanisms between starch and latex could be essentially understood with the new concept of micro-scale and macro-scale binding efficiencies.

Analysis of Picking Phenomenon of Coated Paper (II)