The present invention provides a curable treating agent and a curing treatment process which provide excellent results with regard to any of heat resistance, water resistance, surface physical properties, and impregnability, and further, involve high productivity. The electron-beam-curable treating agent according to the present invention comprises a high boiling point resin in a ratio of not lower than 10 weight %, and is characterized in that the high boiling point resin includes a high boiling point radical-polymerizable component in a ratio of higher than 90 weight %, wherein the high boiling point radical-polymerizable component includes a specific acrylic derivative in a ratio of not lower than 5 weight %. The electron beam curing treatment process according to the present invention is characterized by comprising the step of irradiating a treating agent with an electron beam under specific conditions, wherein the treating agent includes a specific acrylic derivative. In addition, the heat-radical-curable resin composition and treating agent, according to the present invention, are characterized by comprising a specific acrylic derivative and a specific resin which has a polymerizable unsaturated double bond as directly linked to an ester bond.
本发明提供了一种固化处理剂和一种固化处理工艺,可在耐热性、耐
水性、表面物理性能和浸渍性中的任何一种方面提供优异的效果,而且生产率高。根据本发明的电子束固化处理剂包括比例不低于 10 重量%的高沸点
树脂,其特征在于高沸点
树脂包括比例高于 90 重量%的高沸点自由基可聚合组分,其中高沸点自由基可聚合组分包括比例不低于 5 重量%的特定
丙烯酸衍
生物。根据本发明的电子束固化处理工艺,其特征在于包括在特定条件下用电子束辐照处理剂的步骤,其中处理剂包括特定的
丙烯酸衍
生物。此外,根据本发明的热辐射固化
树脂组合物和处理剂,其特征在于包括特定的
丙烯酸衍
生物和特定的
树脂,后者具有可聚合的不饱和双键,直接与酯键相连。