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Weatherability of conventional composites and nanocomposites of PVC and rutile titanium dioxide

机译:常规复合材料的耐候性和PVC和金红石二氧化钛的纳米复合材料

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Rigid poly(vinyl chloride) [PVC] composites with 0 to 4 wt% of either conventional or nanoscale rutile titanium dioxide filler were injection molded. Rutile titania absorbs solar UVR efficiently and is typically used in rigid PVC formulations as an opacifier and protects the polymer from light-induced degradation. A comparison of the stabilization effectiveness of the two types of fillers were assessed by monitoring the change in tensile properties and development of light-induced surface yellowing of the composites on exposure outdoors as well as under laboratory accelerated conditions. A comparison of the conventional and nanoscale uncoated rutile tiania as a light-stabilizer in rigid PVC is reported. POLYM. COMPOS., 39:2135-2141, 2018. (c) 2016 Society of Plastics Engineers
机译:将常规或纳米级金红石钛二氧化物填料的0至4wt%的刚性聚(氯乙烯)[PVC]复合材料注射成型。 金红石二氧化亚太亚有效地吸收太阳能UVR,通常用于刚性PVC制剂中作为遮光剂,并保护聚合物免受光致抗降解。 通过监测在户外暴露于户外暴露的复合材料的抗拉性表面变化和光诱导的表面变黄的变化以及在户外的抗诱导的表面变黄以及在实验室加速条件下进行评估来评估两种填料的稳定性效果。 报道了常规和纳米级未涂层金红石天莲作为刚性PVC中的光稳定剂的比较。 聚合物。 Compos,39:2135-2141,2018。(c)2016年塑料工程师协会

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