FORMATION OF LEATHER FILLED WITH MODIFIED SYNTAN AND TANIDE COMPOSITION

А. Danylkovych, V. Lishchuk, O. Sanginova
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Abstract

The technology of manufacturing leather material for the upper of shoes from semi-finished chrome tanning obtained from raw cow hides been has been developed. The technology at the filling-plasticization stage involves the use of a syntane-tanide composition modified with alkylcarboxyethanolamine of aliphatic acids of fraction C7–9. The filling and plasticizing composition includes syntanе BNS TU 17-06-165-89 and mimosa extract tanids with a content of the main substance of 81.7%. The semi-finished product is plasticized with Fosfol L-1301 emulsion of Cromogenia Units, S.A., Spain. Chemical reagents in the structure of the material are fixed by potassium alum modified with sodium formate. All previous and subsequent processes and operations are performed according to the industrial technology of the enterprise “Chinbar”. The resulting semi-finished product is characterized by a volumetric yield of 256 cm3/100 g of protein, a specific surface area of 71 m2/g, which are 8.0 and 11.0% higher than the industrial sample. Deformation properties of topographic areas and coefficients of uniformity of topographic areas of leather materials at loads of 10.0 MPa and rupture were calculated. At the same time, a more effective characteristic of the homogeneity of the material structure is the uniformity factor at a load of 10.0 MPa. The leather material obtained by the experimental technology has a uniformly oriented structure with an arithmetic average coefficient of uniformity of 1.0, and the industrial material has a transversely oriented structure with an arithmetic average coefficient of uniformity of 0.83. The advantage of the experimental material over the industrial one in terms of the complex of physico-chemical and technological properties and the coefficient of uniformity increases the efficiency of its use for the manufacture of leather products. The obtained leather material meets the requirements of DSTU 2726-94 “Leathers for shoe uppers. Specifications”.
形成填充改性鞣剂和鞣制成分的皮革
研究了以生牛皮为原料的铬鞣半成品制鞋面革材料的工艺。填充-塑化阶段的技术涉及使用由馏分C7-9的脂肪酸的烷基羧基乙醇胺改性的辛烷-tanide组合物。填充增塑剂包括合成剂BNS TU 17-06-165-89和含羞草提取物,其主要物质含量为81.7%。半成品用西班牙Cromogenia Units, s.a.的fofol -1301乳剂塑化。材料结构中的化学试剂由甲酸钠修饰的明矾钾固定。所有的前、后工序和操作都是按照“金霸”企业的工业技术进行的。所得半成品的蛋白质体积产率为256 cm3/100 g,比表面积为71 m2/g,分别比工业样品高8.0%和11.0%。计算了皮革材料在10.0 MPa载荷和断裂载荷作用下的地形区域变形特性和地形区域均匀性系数。同时,材料结构均匀性的一个更有效的特征是10.0 MPa载荷下的均匀系数。本实验技术获得的皮革材料具有均匀取向结构,算术平均均匀系数为1.0,工业材料具有横向取向结构,算术平均均匀系数为0.83。实验材料在理化性能和工艺性能的复杂性以及均匀性系数方面优于工业材料,提高了其用于皮革制品制造的效率。所得皮革材料符合DSTU 2726-94“鞋面革”的要求。规范”。
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