CAJ | 학술논문

以纯铬鞣和纯铁鞣坯革为参照,采用多功能材料试验机、DSC差示扫描量热仪、皮革柔软度测定仪等系统研究了有机铬铁异核配合物鞣剂鞣制坯革的物理-力学性能、热稳定性和耐热空气老化、耐湿热老化和耐热氧老化性能.结果表明采用有机铬-铁异核配合物鞣剂鞣制的坯革物理力学性能和透气性优良,革纤维发生热收缩的温度较铬鞣革低4℃左右,明显高于铁鞣革,在一定程度上克服了铁鞣革不耐老化的缺陷.
이순락유화순철유배혁위삼조,채용다공능재료시험궤、DSC차시소묘량열의、피혁유연도측정의등계통연구료유궤락철이핵배합물유제유제배혁적물리-역학성능、열은정성화내열공기노화、내습열노화화내열양노화성능.결과표명채용유궤락-철이핵배합물유제유제적배혁물리역학성능화투기성우량,혁섬유발생열수축적온도교락유혁저4℃좌우,명현고우철유혁,재일정정도상극복료철유혁불내노화적결함.
In comparison with the chrome tanned leather (CL) and the iron tanned leather (FL), phycico-mechanical properties, thermal stability, hot air aging property, wet-heat aging resistance and heat-oxygen aging resistance of the Cr-Fe heteronuclear complex tanned leather(CFL) were studied with the aid of mul-ti-function stuff testing machine, DSC, leather softness tester, and so on.. The results indicated that the phycico-mechanical properties and air permeability of CFL were more excellent than that of CL or FL, but the thermal shrinkage temperature of CFL was about 4 ℃ lower than that of CL and obviously higher than that of FL. So the defect such as aging non-resistance of FL can be overcome to a certain extent.