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MACHINABILITY IMPROVEMENT FILM, LAMINATE, AND METHOD FOR USING MACHINABILITY IMPROVEMENT FILM
MACHINABILITY IMPROVEMENT FILM, LAMINATE, AND METHOD FOR USING MACHINABILITY IMPROVEMENT FILM
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机译:可加工性改进膜,层压板和使用可加工性改进膜的方法
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摘要
To provide a machinability improvement film which can obtain excellent cutting property and durability by bonding a resin plate, a functional film and the like via a machinability improvement layer.SOLUTION: A machinability improvement film includes an active energy-ray curable machinability improvement layer which is stuck to a resin plate and is obtained by being laminated on a predetermined base material, in which in the machinability improvement layer is in a stuck state with respect to the resin plate, a storage elastic modulus (M2) after irradiation with active energy rays is a value equal to or more than 0.2 MPa, and an adhesive force (P2) after irradiation with active energy rays is a value equal to or more than 10 N/25 mm.SELECTED DRAWING: Figure 1
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机译:本发明提供一种可切削性改善膜,其通过经由可切削性改善层粘结树脂板,功能膜等而获得优异的切削性和耐久性。解决方案:可切削性改善膜包括活性能量射线可固化的可切削性改善层,其是通过在预定的基材上层压而获得,该层压是在预定的基材上获得的,其中在可加工性改进层中相对于树脂板处于粘附状态,在活性能量射线照射后的储能模量(M2)为等于或大于0.2 MPa的值,并且在用活性能量射线照射后的粘合力(P2)等于或大于10 N / 25 mm的值。图1
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