抗菌防臭制鞋面料的研制

叙述了新型抗菌防臭制鞋面料的原料选用、组织结构设计及生产工艺、抗菌防臭整理工艺,并对所制面料进行了抗菌防臭及各项物理机械性能的测试。

99作训鞋面料复合粘接技术研究

新型军用作战训练鞋的鞋帮是涤纶丝织物的面料和鞋里粘接复合而成。要求既要粘接牢固,胶层又要透气、透湿。本研究制备了一种热固型胶粘剂与热熔胶复配而咸的胶粘剂,性能满足了军鞋生产要求。确定了最佳复合工艺,即热压温度(175±5)℃,时间(50±5)s,压力0.15 MPa。

抗菌防臭制鞋面料的研制

叙述了新型抗菌防臭制鞋面料的原料选用、组织结构设计及生产工艺、抗菌防臭整理工艺，并对所制面料进行了抗菌防臭及各项物理机械性能的测试。

高防污性能运动鞋用面料的研究

在轻纺工业领域,防污、防水、透气、缓震、抗菌等是运动鞋设计的要点。尤其是防污性能关系着运动鞋穿着舒适感、美观度、后续保养成本等,是衡量运动鞋用面料质量的重要指标。进一步分析高防污性能运动鞋用面料特征与机理,理清各种面料在运动鞋上产生的防污效果,不仅有利于我国运动鞋制作工艺的进步,更有利于高防污性能运动鞋面料的推广与运用。基于此,主要对目前常用的运动鞋用面料高防污性能设计模式实施研究,重点分析运动鞋用面料的设计特征,并提出一些新的看法与建议,为我国相关领域提供参考。

Cupron抗菌鞋面针织面料产品的开发

本文以T110 D/84 f/12海岛纱×T140 D/136 f DTY(Cupron)铜离子纱为原料,设计开发出具有柔软舒适、抗菌、透气、吸湿排汗等功能的凹凸立体效果鞋面针织面料,探讨了其织造与染色工艺,并详细介绍了关键工艺要点,对今后多样化鞋面针织面料开发有一定的借鉴意义。

鞋材面料推陈出新

皮鞋款式丰富多彩，而制鞋面料的推陈出新在其中功不可没。最近，一种特殊的鞋材面料吸引了不少厂家。这种面料是以布为原料，在表面进行着色工艺，涂饰单种或多达3～6种颜色，配以闪光效果，呈现出独特的韵味，极大丰富了鞋材的原料和种类。据了解，这种鞋材主要用于女鞋制作，由于其有较强的透气和抗撕裂性能，再加上15元／米左右的价格优势，受到不少厂家的青睐。另一种叫软擦焦的皮革也倍受欢迎，

鞋面面料耐磨色牢度测试方法优化与影响因素分析

以EN ISO 17704标准为基础,通过调整摩擦圈数对鞋面面料耐磨色牢度测试方法进行了优化。采用数码喷墨、转移印花和气流喷射3种不同的印染方式对试验材料进行染色处理,分别制备了4种不同颜色的鞋面面料,使用优化后的方法测试各试样的耐磨色牢度。结果表明:优化后的测试方法具有一定的可操作性。印染方式、颜色及摩擦圈数在试验条件下对鞋面面料耐磨色牢度均有不同程度的影响。单因素方差分析结果显示:干摩擦圈数为16 000、湿摩擦圈数为8 500时,偶然误差较小,测试结果相对稳定,可信度较高,适用于实际生产中的鞋面面料耐摩擦色牢度测试。

Deformation Characteristics of Leather for Shoe Upper, Filled with Natural Minerals

A promising direction in the tanning industry is the use of natural minerals as environmentally friendly technologically efficient materials that are able to adjust and regulate the efficiency of formation of the dermis structure and the properties of finished leather. The use of finely-dispersed minerals promotes alignment of topographic areas in thickness, increases the yield of leather on the area by avoiding bonding structural elements of the dermis. Changes in the microstructure of the dermis, as a result of mineral filling, contribute to improvement of performance and hygienic properties of finished leather. And the study of the properties of the specified skins should be consistent with the features of operations on their cutting, shoe molding and shoe upper fixing preparations. The most important properties of leather materials, which largely determine the quality of basic technological operations of shoe manufacturing are the deformation properties. Lack of information about relaxation and deformation properties of the leather produced by the new technologies do not allow to predict their ability to form shapes and save it--indicates the relevance of this study. This paper analyzes relaxation and deformation characteristics of natural leather for shoe uppers, filled with natural minerals montmorillonite and zeolite, and the ability to predict their formation and preservation of shape in service. Features of deformation of the skin with mineral content were assessed by determining single-cycle characteristics when attaching to a complete test cycle ＂loading-unloading-rest＂ sample. Correlations of elastic and plastic （permanent） deformation have been established, kinetics of changes in linear characteristics of the samples after removal of the load has been investigated. Introduction of dispersions of mineral to the structure of the dermis contributes to the strength of semi-finished leather, increase of the uniformity of mechanical properties in the longitudinal and transverse directions and rise of shape stability index. It is shown that the direction of this study allows us to offer new competitive ecologically friendly materials to produce shoes.

温州将建设覆盖鞋革等重点行业的预警网络

“2008年7月10日，秘鲁国家竞争和知识产权保护署倾销和补贴调查委员会通过第096—2008／CDS—indecopi号决定，对原产于中国的纺织面料鞋重启反倾销调查……”这是市鞋革产品贸易壁垒预警日前应对机制示范点发布的预警信息。

泉州人造革、真皮市场——国产货独占鳌头

据了解，在整个鞋用面料市场，呈现出人造革、布料经编、真皮革三分天下的局面，而其中人造革所占的比例尤为突出，达到60％之多，布料、经编类产品大概在30％左右，布料、经编类产品也是鞋面料市场的后起之秀，是运动鞋、旅游鞋所用材料变化中受益最多的。而真皮革(包括头层皮革、二层贴膜皮革、反绒皮革)所占的份额大概为10％。