填料对分段聚氨酯磨料磨损的影响

V. Senichev, E. Pogorel’tsev, М. А. Makarova, A. Slobodinyuk
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引用次数: 0

摘要

作为研究对象,我们选择了一种众所周知的弹性高分子材料——聚聚氨酯尿素SKU-PFL,它是一种典型的分段嵌段共聚物。粉末微分散填料能够提高耐磨性,如硬脂酸钙和二硫化钼添加到该材料在制造阶段以不同的量(高达1.5%的重量)。所研究的弹性体的最佳填充浓度水平接近0.5 wt%,这使得硬脂酸钙和二硫化钼不仅是有效的,而且是有前途的耐磨聚合物材料的经济成分。
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AN INFLUENCE OF FILLERS ON ABRASIVE WEAR OF SEGMENTED POLYURETHANEURA
As an object of research, we have chosen a well-known elastic polymer material – polyetherurethane urea SKU-PFL, which is a typical segmented block copolymer. Powdered microdispersed fillers capable to improve wear resistant such as calcium stearate and molybdenum disulfide were added to this material at the manufacturing stage in varying amounts (up to 1.5% by weight). The found level of the optimal filler concentration for the investigated elastomers in the region close to 0.5 wt% makes it possible to consider calcium stearate and molybdenum disulfide as not only effective but also economical components of promising wear-resistant polymeric materials.
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