皮革材料均匀性评估的有效指标测定方法

Аnatolii Danylkovych, O. Sanginova
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引用次数: 0

摘要

研究对象是确定皮革材料结构和性能的地形均匀程度的客观指标的过程。这项工作确定了一套半成品铬鞣革和皮革材料的性能指标。同时,在评估皮革材料特性的均匀性时,要考虑到坯料和底部的物理和机械指标值之间的差异。同时,对于均匀度较高的皮革材料来说,这种差异应该是最小的。已确定铬鞣半成品的物理机械参数与实验皮革材料和工业皮革材料的最小值之间的最大差异。使用合成鞣剂 BNS TU 17-06-165-89、单宁含量为 81.7%的含羞草提取物、脂肪族酸的烷基羧基乙醇胺、阴离子黑 K 染料、Cromogenia Units, S.A.(西班牙)的 Fosfol L-1301 乳液、铝钾明矾,通过合成鞣剂-单宁填充-塑化技术获得实验皮革材料的既定技术方案更加均匀。为了客观评估皮革材料特性的均匀性,提出了一个复合指标--一个考虑到面层裂缝处的经线伸长率、材料及其面层在球形变形时的强度极限的系数,根据 DSTU 2726-94 "鞋面用皮革。规格"。同时,考虑到样品制备和皮革材料性能的仪器测定耗时较长。经测定,实验材料的复合均匀系数为 0.88,而工业材料的复合均匀系数为 0.82。这表明实验皮革材料的特性更加均匀。对实验皮革材料性能均匀性的全面分析和评估证明了其在鞋类产品生产和经营中的应用前景。
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An effective indicator determination for the leather material uniformity assessment
The object of research is the process of determining the objective indicator of the degree of topographic homogeneity of the structure and properties of the leather material. The work defines a set of indicators of properties of semi-finished chrome tanning and leather materials. At the same time, when evaluating the homogeneity of the properties of leather materials, the difference between the values of the physical and mechanical indicators of the shabrack and the bottom is taken into account. At the same time, for a more homogeneous leather material, this difference should be minimal. The maximum differences between the determined physico-mechanical parameters of the semi-finished product of chrome tanning and the minimum for experimental and industrial leather materials were established. The given technological scheme for obtaining an experimental leather material by the technology of syntan-tannin filling-plasticization is more homogeneous with the use of syntan BNS TU 17-06-165-89, mimosa extract with a tannin content of 81.7 %, alkylcarboxyethanolamine of aliphatic acids, dye anionic black K, Fosfol L-1301 emulsions of Cromogenia Units, S.A. (Spain), aluminum potassium alum. For an objective assessment of the homogeneity of the properties of the leather material, a complex indicator is proposed – a coefficient that takes into account the meridian elongation at the crack of the face layer, the limit of strength of the material and its face layer at spherical deformation, which characterize the quality of the leather material according to DSTU 2726-94 «Leather for shoe uppers. Specifications». At the same time, the time-consuming nature of sample preparation and instrumental determination of the properties of leather material is taken into account. The determined complex coefficient of homogeneity of the experimental material is 0.88, and the industrial one is 0.82. This indicates greater homogeneity of the properties of the experimental leather material. A comprehensive analysis and evaluation of the homogeneity of the properties of the experimental leather material testify to the prospects of its use in the manufacture and operation of footwear products.
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发文量
89
审稿时长
8 weeks
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