皮革与化工
皮革與化工
피혁여화공
LEATHER AND CHEMICALS
2013年
4期
5-9
,共5页
张东飞%张俸山%孔博丹%何有节
張東飛%張俸山%孔博丹%何有節
장동비%장봉산%공박단%하유절
轻质革%轻量化%复鞣%物理机械强度%密度
輕質革%輕量化%複鞣%物理機械彊度%密度
경질혁%경양화%복유%물리궤계강도%밀도
lightweight leather%lightweight%retanning%mechanical strength%density
本文对轻质牛皮鞋面革复鞣工艺进行了研究，从LEVOTAN X-Cel F微球用量、pH、填充时间以及加脂温度四个方面研究了其对成革的密度、物理机械强度以及感官性能等性质的影响。结果表明：在微球使用量为8%，pH为5.5，转动时间90分钟以及加脂温度50℃的条件下，牛皮鞋面革的密度较小，为0.560 g/cm3，同时感官性能最佳。
本文對輕質牛皮鞋麵革複鞣工藝進行瞭研究，從LEVOTAN X-Cel F微毬用量、pH、填充時間以及加脂溫度四箇方麵研究瞭其對成革的密度、物理機械彊度以及感官性能等性質的影響。結果錶明：在微毬使用量為8%，pH為5.5，轉動時間90分鐘以及加脂溫度50℃的條件下，牛皮鞋麵革的密度較小，為0.560 g/cm3，同時感官性能最佳。
본문대경질우피혜면혁복유공예진행료연구，종LEVOTAN X-Cel F미구용량、pH、전충시간이급가지온도사개방면연구료기대성혁적밀도、물리궤계강도이급감관성능등성질적영향。결과표명：재미구사용량위8%，pH위5.5，전동시간90분종이급가지온도50℃적조건하，우피혜면혁적밀도교소，위0.560 g/cm3，동시감관성능최가。
The retanning process for the lightweight cattlehide shoe upper leather was studied in this paper. The influences on density, mechanical strength, sensory properties, etc. were analyzed in terms of the dosage of LEVOTAN X-Cel F microspheres, the pH, the filling time and the fatliquoring temperature. The results showed that:under the conditions of 8%microspheres, pH 5.5, filling for 90 minutes and fatliquoring at 50℃, the density was lower, which was 0.560 g/cm3, and the sensory properties was optimal.
