应用化工
應用化工
응용화공
APPLIED CHEMICAL INDUSTRY
2014年
9期
1648-1652
,共5页
徐亚霞%李程碑%杨俊伟
徐亞霞%李程碑%楊俊偉
서아하%리정비%양준위
无盐卡松%DMDMH%复配%增效%防腐
無鹽卡鬆%DMDMH%複配%增效%防腐
무염잡송%DMDMH%복배%증효%방부
nonsalt KATHON%DMDMH%combine%synergy%antisepsis
应用抑菌圈法测试无盐卡松与 DMDMH 对细菌和真菌的抑制生长趋势，应用增效系数法实验确定了它们的最佳复配体系0.60：200（mg/ L），应用挑战实验法验证了该体系优良的抑制细菌、真菌生长效果，使其有望作为日化等行业防腐剂使用。
應用抑菌圈法測試無鹽卡鬆與 DMDMH 對細菌和真菌的抑製生長趨勢，應用增效繫數法實驗確定瞭它們的最佳複配體繫0.60：200（mg/ L），應用挑戰實驗法驗證瞭該體繫優良的抑製細菌、真菌生長效果，使其有望作為日化等行業防腐劑使用。
응용억균권법측시무염잡송여 DMDMH 대세균화진균적억제생장추세，응용증효계수법실험학정료타문적최가복배체계0.60：200（mg/ L），응용도전실험법험증료해체계우량적억제세균、진균생장효과，사기유망작위일화등행업방부제사용。
Inhibition trend of nonsalt KATHON and DMDMH on bacteria and epiphyte was evaluated for by means of inhibition zone. Best combined antiseptic system as ppm ratio is 0. 60: 200(mg / L)was de-termined by means of synergy coefficient experiment. Challenging experiment was used in order to validate the bacteriostasis of the combined system,and it was possible to be used as antiseptic daily cosmetic of in-dustry.
