河南科学
河南科學
하남과학
HENAN SCIENCE
2014年
2期
163-165
,共3页
杨小敏%任志勇%刘文涛%何素琴%朱诚身
楊小敏%任誌勇%劉文濤%何素琴%硃誠身
양소민%임지용%류문도%하소금%주성신
羟基化亚麻油%羟基化桐油%浊点
羥基化亞痳油%羥基化桐油%濁點
간기화아마유%간기화동유%탁점
hydroxylated linsee d oil%hydroxylated tung oil%cloud point
利用不同植物油多元醇合成了一系列植物油基非离子水性聚氨酯,并对其浊点进行了研究。结果表明,植物油结构会影响非离子水性聚氨酯的浊点,其中醇解亚麻油对浊点提高最为明显。
利用不同植物油多元醇閤成瞭一繫列植物油基非離子水性聚氨酯,併對其濁點進行瞭研究。結果錶明,植物油結構會影響非離子水性聚氨酯的濁點,其中醇解亞痳油對濁點提高最為明顯。
이용불동식물유다원순합성료일계렬식물유기비리자수성취안지,병대기탁점진행료연구。결과표명,식물유결구회영향비리자수성취안지적탁점,기중순해아마유대탁점제고최위명현。
A series of plant oil based non-ionic waterborne polyurethane were synthesized by using different hydroxylated plant oils,and the cloud point of the polyurethane have been studied. The results show that the plant oil structure affects the cloud point of nonionic waterborne polyurethane,of which the hydroxylated linseed oil from alcoholysis has the largest influence.