河南工程学院学报：自然科学版
河南工程學院學報：自然科學版
하남공정학원학보：자연과학판
Journal of Henan Institute of Engineering
2011年
3期
7-12
,共6页
棉织物%前处理%助剂%生物酶
棉織物%前處理%助劑%生物酶
면직물%전처리%조제%생물매
cotton%pretreatment%auxiliaries%enzymes
通过正交实验，比较了氢氧化钠和清棉师Scolase100T在棉织物前处理中的作用，分析了它们对棉织物白度、强力、毛效和失重率的影响．研究结果表明，清棉师专一性强，催化效率高，工艺条件缓和，污染较轻，在减少强力损伤和重量损失方面有着显著的优势，可以替代氢氧化钠用于退煮漂工艺过程，并确定了最佳工艺条件．
通過正交實驗，比較瞭氫氧化鈉和清棉師Scolase100T在棉織物前處理中的作用，分析瞭它們對棉織物白度、彊力、毛效和失重率的影響．研究結果錶明，清棉師專一性彊，催化效率高，工藝條件緩和，汙染較輕，在減少彊力損傷和重量損失方麵有著顯著的優勢，可以替代氫氧化鈉用于退煮漂工藝過程，併確定瞭最佳工藝條件．
통과정교실험，비교료경양화납화청면사Scolase100T재면직물전처리중적작용，분석료타문대면직물백도、강력、모효화실중솔적영향．연구결과표명，청면사전일성강，최화효솔고，공예조건완화，오염교경，재감소강력손상화중량손실방면유착현저적우세，가이체대경양화납용우퇴자표공예과정，병학정료최가공예조건．
The effect of NaOH and Scolasel00T was compared in pretreatment process of cotton fabric by means of orthogonal test. The influence of the dosage of NaOH and Scolasel00T to the whiteness, mightiness and weightlessness of the treated fabric was analyzed. As a result, Scolase100T was provided with strong capability, high catalysis, gentle conditions, light pollution, little expense of mightiness and weightlessness. It could substitute traditional agent such as NaOH and the optimum pretreatment conditions have been obtained.
