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首页> 外文期刊>Fibres & textiles in Eastern Europe >Tannery Shavings and Mineral Additives as a Basis of New Composite Materials
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Tannery Shavings and Mineral Additives as a Basis of New Composite Materials

机译：Tannery刨花和矿物添加剂作为新型复合材料的基础

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摘要

This paper analyses the possibility of using tannery shavings as a basis for new composite materials with specked properties. The new material was made by combining tannery shavings with an adhesive medium. Mineral additives, such as dolomite, kaolin and bentonite were used in an amount of 5% and 10% of the total mass of shavings as a filler. In order to point out the influence of mineral additives on the final composite structure, some physico-mechanical properties, such as tensile strength and elasticity were examined with the use o f static tensile tests. the second part of the investigation involved the analysis of wetteability by immersion, because this property depends on several aspects, such as surface roughness and the material structure. Thus, changes in wetteability values can provide information about the impact of mineral additives on the material properties of composites. With regard to physico-mechanical and sorption properties obtained on the basis of experimental results, it was possible to define areas of possible applications of these materials in comparison with current methods.
机译：本文分析了使用Tannery刨花的可能性作为具有斑点性质的新型复合材料的基础。通过将Tannery刨花与粘合剂介质相结合来制造新材料。矿物添加剂，如白云石，高岭土和膨润土的用量为5％和10％的刨花作为填料。为了指出矿物添加剂对最终复合结构的影响，用M使用O F静态拉伸试验检查一些物理机械性能，例如拉伸强度和弹性。调查的第二部分涉及通过浸没分析Wetteaition，因为该特性取决于几个方面，例如表面粗糙度和材料结构。因此，Wetteability值的变化可以提供有关矿物添加剂对复合材料材料性质的影响的信息。关于基于实验结果获得的物理 - 机械和吸附特性，可以与当前方法相比，可以定义这些材料的可能应用的区域。

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