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Miscible and immiscible blends of ABS with PMMA. II. Mechanical and surface properties

机译:ABS与PMMA的混溶和不混溶混合物。二、机械性能和表面性能

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AbstractMechanical and surface properties of injection‐molded specimens for miscible and immiscible blends of ABS with PMMA were investigated. Regardless of miscibility, hardness, modulus, and strength of the blends generally showed a smooth variation with composition, with the possible exception of impact strength. In miscible blends, impact strength decreased smoothly with PMMA; however, in immiscible blends, a drastic drop to less than the half that of ABS was obtained at 10 wt PMMA. Compounding at higher temperature gave decreased modulus and strength and increased impact strength. Surface gloss decreased with PMMA addition in the miscible system and increased in the immiscible system up to 50 wt PMMA. From contact‐angle and FTIR measurements, it is suggested that the surface properties are governed by miscibility and the viscosity ratio of the components. © 1993 John WileySons,
机译:摘要研究了ABS与PMMA混溶和不混溶的注塑试样的力学和表面性能。无论混溶性如何,共混物的硬度、模量和强度通常随成分变化均匀,但冲击强度可能除外。在混溶混合物中,冲击强度随着PMMA的出现而平稳下降;然而,在不混溶的混合物中,在10 wt % PMMA下,ABS的含量急剧下降到不到一半。在较高温度下复合会降低模量和强度,并增加冲击强度。在混溶体系中,表面光泽度随着PMMA的添加而降低,而在非混溶体系中,表面光泽度增加至50 wt % PMMA。从接触角和FTIR测量可以看出,表面特性受混溶性和组分粘度比的支配。© 1993 约翰·威利父子,

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