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Fusing Characteristics of Topas~reg; COC Based Toner

机译:Topas〜®COC型墨粉的定影特性

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摘要

In this study the impact of toner binder resin design, especially molecular weight and molecular weight distribution, on the fusing performance in oil-free hot roll fusing has been studied for the new class of environmentally friendly cyclic olefin copolymers (COC). The first results presented in this report indicate that the fusing latitude, or so-called anti-offset-window (AOW), in hot roll fusing is strongly influenced by the amount of longer chains in the underlying binder resins. Surprisingly, only the hot offset temperature increases with the amount of longer chains in the binder resin, whereas the cold offset temperature is not affected at all. In parallel with a larger AOW, the minimum temperature for acceptable fixing is increased slightly, and lower image gloss is obtained. More detailed studies on a variety of exemplary toner formulations are necessary to better understand the impact of binder resin design; Tg, Mn, Mw, molecular weight distribution, and elasticity effects on fusing performance need to be explored.
机译:在这项研究中,对于新型环保环烯烃共聚物(COC),已经研究了调色剂粘合剂树脂设计(尤其是分子量和分子量分布)对无油热辊定影性能的影响。该报告中提供的第一个结果表明,热辊定影中的定影纬度或所谓的防偏移窗口(AOW)受底层粘合剂树脂中较长链的数量的强烈影响。令人惊讶地,仅热胶印温度随粘合剂树脂中较长链的数量而增加,而冷胶印温度则完全不受影响。与较大的AOW并行,会稍微提高可接受定影的最低温度,并获得较低的图像光泽度。为了更好地理解粘合剂树脂设计的影响,必须对各种示例性的墨粉配方进行更详细的研究。需要探索Tg,Mn,Mw,分子量分布以及弹性对熔合性能的影响。

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