氨基改性硅油柔软剂的稀释稳定性研究OA北大核心CSTPCD
Study on dilution stability of amino modified silicone oil softener
研究氨基改性硅油柔软剂的稀释稳定性.制备基础硅油化合物,并利用包含氨基的氨基酸对其改性.对氨基改性硅油柔软剂实施稀释倍数下的分层测试、表面张力测试以及透水率测试.结果表明:离心稳定性、耐酸、耐碱稳定性测试下溶液没有出现分层,而耐热稳定性、耐电解质稳定性两个测试虽然出现分层情况,但是比例系数均在0.1以下,说明经过稀释后,氨基改性硅油柔软剂保持较好的稳定性.随着稀释倍数提高,氨基改性硅油柔软剂的表面张力越来越小,透光率越来越大;随着时间的延长,虽然二者出现波动,但最终基本维持在一定水平上,证明其性能的稳定性.
Silicone oil softener plays an important role in the treatment of textiles,but with the improvement of the quality requirements for textiles,the general silicone oil softener has been unable to meet the demand.Under this background,the dilution stability of amino modified silicone oil softener was studied.The basic silicone oil compound was prepared and modified with amino acid containing amino acid.The delamination test,surface tension test and water permeability test were carried out under dilution multiple for amino modified silicone oil softener.The results show that under the centrifugal stability,acid resistance stability and alkali resistance stability tests,the solution does not show delamination.While the thermal stability and electrolyte resistance stability test items show delamination,the proportion coefficient is below 0.1,indicating that the amino modified silicone oil softener maintains good stability after dilution.With the increase of dilution ratio,the surface tension of amino modified silicone oil softener becomes smaller and smaller,and the light transmittance becomes larger and larger.With the extension of time,although both of them are fluctuating,they ultimately remain at a certain level,proving the stability of their performance.
王艾德;崔金德;梁丽丽;张琳涵;曹允灿;刘庆润
淄博鲁瑞精细化工有限公司,山东 淄博 255000
化学工程
氨基改性硅油柔软剂制备工艺分层表面张力透水率稀释稳定性
amino modified silicone oil softenerpreparation processlayeredsurface tensionpermeability ratedilution stability
《日用化学工业(中英文)》 2024 (004)
425-430 / 6
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