迈图有机硅在护肤品中的应用

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有机硅在化妆品中的应用

有机硅在化妆品中的应用

有机硅在化妆品中的应用2010-01-17 16:40有机硅具有与皮肤相溶性,与基材配伍性好,疏水透气性好,耐化学介质侵蚀,润而不腻等独特的性能,使它广泛地应用于护肤制品、护发用品、婴儿用品、美容化妆品以及身上用的止汗、祛臭、防晒用品等几乎所有的化妆品中,成为化妆品中一种多功能的组分。

含有机硅的化妆品在保留其原有性质的基础上,可大大增强其润滑、透气、柔软、抗静电、成膜性、光滑性、防霉、防污、耐辐射等性能,使化妆品在皮肤的表面或被涂处保持较长时间。

另外,还可用于化妆品制造中,消除夹杂的空气和不需要的气泡,使化妆品本身富于平滑感和柔软性能。

有机硅作为一种新的化妆品组分,利用其独特性,在改进化妆品质量、提高使用性能和开发新产品等方面,必将起到不可估量的作用,并且可成倍地增加化妆品的价值。

化妆品上用的有机硅品种主要有:1、作为油份的有机硅(1)二甲基聚硅氧烷 :作为油份应用最广的有机硅是较低粘度的二甲基聚硅氧烷(DPMS),添加目的是最大程度抑制油份的油腻感,具有滑爽感和舒适,并且有助于其它化妆品成分在皮肤和头发上的扩散作用。

可应用于护手和身体的乳液、霜、化妆品、雪花膏、晒黑乳液和气渗胶剃须摩丝、粉底及头发制品中。

(2)聚甲基苯基硅氧烷配制方便,是霜、乳液和防晒产品的一种普通添加剂,可用于头发喷雾剂、洗发膏、皮肤保护剂、剃须预洗剂、护发素、防晒护剂等。

(3)环状二甲基硅氧烷具有适当的挥发速度,挥发时皮肤没有冷的感觉,无残留物,可用作基油或暂时性载体,如油性粉底、头发调理剂、指甲油、眼部美容品(如染眉油、眼影膏、眉笔等)等,也可用于去汗、臭剂、除体臭剂、头发喷雾剂、发型装饰用品、护发霜洗涤剂、防晒用品、定香剂等。

(4)十八烷基三甲基硅氧烷具有蜡的特性,熔点低,在皮肤下较快熔化,可留下光滑柔润的薄膜,可以配制各种固体、半固体和液体的化妆品,以及唇膏、口红、护肤霜、膏、护发剂等。

(5)改性硅油聚醚改性硅油用于洗发香波,能显著改善干发和湿发的梳理性,防止头发缠结;用于护肤乳液具有润滑性和润湿性。

有机硅表面活性剂在日化品中的应用

有机硅表面活性剂在日化品中的应用

二 、优良性能 4.稳定乳液的能力
有些接枝状有机硅表面活性剂可使乳液 在乙醇及有机溶剂存在时保持稳定,这种 能力是传统碳氢表面活性剂不具备的。
图:接枝结构硅表面活性剂的分子结构
三.有机硅表面活性剂在日化品中的应用
1.在化妆品中的应用
聚二甲基硅氧烷与聚醚接枝共聚物是化妆 品工业中重要的表面活性剂,当用量达 0.15%~5% (质量分数)时,能使化妆品表 面张力下降,有利于化妆品在肌肤和毛发表 面扩散。
二 、优良性能
1.优良的降低表面张力的能力
有机硅磺酸盐与十二烷基硫酸钠在水中的表面张力对比
二 、优良性能
机理:
(1)以柔软的Si-O键为主 (2)甲基及其所带的三个氢原子自由旋转
需要较大的空间 增加了相邻硅氧烷分 子间的距离 分子间作用力小 表面张力 低
二 、优良性能
2.优良的超润湿性能
超润湿性: 有机硅表面活性剂不但能降低油/水界面 的界面张力,同时还可能在低能疏水表面 (如聚苯乙烯表面)润湿扩展,这一能力称为 “超润湿性”或“超铺展性”。
二 、优良性能
机理:
氧与极性分子间的氢键作用 分子之间的作用力 增大 展布成单分子层 疏水性的硅氧烷横卧于 极性表面 “伸展链”构型
二 、优良性能
3.生理惰性
有机硅材料具有无毒害副作用、生物安全、 环境友好的特点。硅氧烷表面活性剂在生 理上也是非常惰性的, 因此作为化妆品、 洗涤剂使用时,具有很好的安全性, 不会造 成环境污染。
一 、结构 二 、优良性能 三 、在日化品中的应用 四 、存在的问题及解决办法
一、结构
有机硅表面活性剂一般由硅氧烷为疏水基 团, 由聚氧乙烯链、羧基、酮基、氨基、环 氧基等其它极性基团为亲水基团,即多甲 基硅氧主链上连接一个或多个极性基团。

有机硅表面活性剂在化妆品中的应用

有机硅表面活性剂在化妆品中的应用

摘要表面活性剂具有分散、去污、增溶和渗透等一系列特征,是化妆品中不可缺少的原料,在化妆品中具有广泛的应用。

有机硅表面活性剂在日化行业中是一种用量较大的表面活性剂, 它可作为乳化剂用于各种化妆品。

它不但具有乳化、起泡、分散以及增溶的作用,并有抗静电效果。

有机硅表面活性剂对人体无副作用,是优良的皮肤润滑剂和保湿剂, 特别是作为乳化剂和乳化稳定剂适用于配制面部和眼部化妆品。

本文首先简要概括了有机硅表面活性剂的结构和性质,从化妆品的角度详细的阐述了非离子型、阳离子型、阴离子型、两性聚硅氧烷表面活性剂以及其他类型的有机硅表面活性剂的应用和制备方法。

最终展望了有机硅表面活性剂的发展前景。

关键字:有机硅,表面活性剂,化妆品,制备ABSTRACTSurfactant has a series of features of dispersed,decontamination, solubilization and penetration, so it has a wide range of applications and an indispensable raw material in cosmetics.Silicone Surfactants is a larger amount of surfactant , it can be used as emulsifying agent for a variety of cosmetics. It not only has the emulsification, foaming, dispersed as well as the role of solubilization and has anti-static effect. Silicone Surfactants don’t have side effects on the human body, it is an excellent skin lubricant and moisturizer, especially as the emulsifier and emulsion stabilizer for the preparation of the face and eye cosmetics.The paper first briefly summarizes the silicone surfactant structure and nature, expatiates the non-ionic, cationic, anionic, gender polysiloxane surfactants and other types of silicone surfactants applications and preparation methods in detail from the cosmetic point of view. Finally Prospects of silicone surfactants prospects for developmentKeywords: Silicone, surfactants, cosmetics, Preparation目录摘要 (I)ABSTRACT (II)目录 ........................................................................................................................... I II 前言 .. (1)第1章表面活性剂在化妆品中的应用 (3)1.1 化妆品对表面活性剂的要求 (3)1.2 表面活性剂化妆品中的作用 (4)第2章有机硅表面活性剂分类 (9)2.1 硅氧烷表面活性剂 (9)2.2 非离子型有机硅表面活性剂 (12)2.3 阳离子型聚硅硅烷表面活性剂 (14)2.4 阴离子型聚硅硅烷表面活性剂 (15)2.5 聚硅硅烷两性表面活性剂 (16)2.6 其他类型的有机硅表面活性剂 (17)第3章有机硅表面活性剂的制备 (18)3.1 阳离子型有机硅表面活性剂合成反应 (18)3.1.1 季铵化反应 (18)3.1.2 复分解反应 (19)3.2 阴离子型有机硅表面活性剂的合成反应 (19)3.3 非离子型有机硅表面活性剂的合成反应 (21)3.3.1 硅烷加成 (21)3.3.2 缩合法 (22)第4章总结与展望 (23)致谢 (24)参考文献 (25)前言自从20世纪30年代末,美国康宁玻璃厂(Corning Glass)的J·F·海德成功合成世界上第一个有机硅化合物以来,经过70多年的发展,有机硅已因其优异的性能被广泛应用于航空航天、建筑、电子电气、机械工程、运输业、塑料加工、保健品、医药、纺织品及纸张涂层工业等行业,从而在化工新材料领域中异军突起。

硅油十大品牌

硅油十大品牌

03
电绝缘性
硅油具有良好的电绝缘性能,可用于 电子、电气等领域作为绝缘材料。
无毒无味
硅油对人体无毒无味,对环境友好。
05
04
耐候性
硅油具有较好的耐候性,能够在紫外 线、潮湿、冷热等恶劣环境下保持稳 定。
硅油产品优势
耐高温
硅油能够承受较高的温度,具 有较好的热稳定性。
生物相容性
硅油对人体组织具有良好的相 容性,可用于医疗器械、化妆 品等领域。
75分,该品牌在消费者 中评价一般,性能一般 ,没有突出特点。
70分,该品牌在消费者 中评价较差,使用效果 不明显,不太受欢迎。
硅油品牌发展前景预测
01 硅油品牌A
02 硅油品牌B
03 硅油品牌C
04 硅油品牌D
05 硅油品牌E
由于其在市场上的表现优 秀,预计未来市场份额将 持续扩大,发展前景看好 。
硅油品牌成功案例一
成功原因
拥有完整的有机硅产品线,能够满足不同 客户的需求。
在有机硅行业具有领导地位,拥有强大的 研发能力和技术实力。
持续不断的创新和改进,不断推出高品质 的有机硅产品。
硅油品牌成功案例二
品牌名称:瓦克化学
成立时间:1903年
主要产品:硅油、硅橡胶、硅树脂等有机 硅产品
硅油品牌成功案例二
该品牌在市场上表现稳定 ,预计未来市场份额将保 持稳定,发展前景稳定。
该品牌市场份额可能会下 降,需要加强产品研发和 市场营销力度。
该品牌市场份额可能会波 动,需要加强产品特性和 市场宣传。
该品牌市场份额可能会下 降,需要加强产品品质和 市场策略。
04
硅油品牌成功案例分析
硅油品牌成功案例一
品牌名称:道康宁 成立时间:1943年 主要产品:硅油、硅橡胶、硅树 脂等有机硅产品

迈图有机硅在护发品中的应用

迈图有机硅在护发品中的应用

Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
21
Silsoft* Silk
INCI Designation: Silicone Quaternium-18 (and) Trideceth 6 (and) Deceth 7 (and) Cocamidopropyl Betaine (and) Dipropylene Glycol (and) Propylene Glycol INCI ( : ) ( ) : -18 ( ) -6 ( ) -7 ( )
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
13
Silsoft NP-1
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
17
果–
肤空微摸描拉 廊 廊 微 微 总 总 总 感 廊 拉– 微
微 微
总富晾 感富微
感富感 感富廊
感富拉 感富总
感富摸 感富描
Dry combing
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL

有机硅在化妆品中的应用

有机硅在化妆品中的应用

有机硅在化妆品中的应用化妆品是现代人日常生活中不可或缺的一部分。

作为它的重要成分之一,有机硅在化妆品中发挥着重要的作用。

本文将从有机硅的特性、有机硅在化妆品中的应用、有机硅对人体的影响三个方面进行探讨。

1. 有机硅的特性有机硅是一种由硅和碳构成的有机化合物,同时具有无机物和有机物的特性。

它的分子结构中,硅原子和有机基团以共价键相互结合,形成了一种稳定的化学结构。

与普通的有机物相比,有机硅具有以下几个特点:1.1 热稳定性有机硅在高温的情况下依然保持稳定,不会分解或失效。

这在化妆品加工和消费过程中非常有益。

1.2 防水性有机硅可以形成一层保护膜,使化妆品在接触水分时不易脱落和变质。

这对于水润型化妆品来说非常重要。

1.3 润滑性有机硅可以形成一个润滑膜,使化妆品在皮肤上更容易推开和吸收,让使用者感觉更加舒适。

1.4 增稠性有机硅可以增加化妆品的粘度,使其更容易涂抹和使用。

同时,还可以改善化妆品的稳定性,延长其使用寿命。

2. 有机硅在化妆品中的应用非常广泛。

下面将从润肤产品、防晒产品、头发护理等几个方面进行介绍。

2.1 润肤产品有机硅在润肤产品中的应用非常广泛,可以改善产品的质地和功效。

例如,在乳液中加入有机硅,可以提高其保湿和吸收性能;在粉底中加入有机硅,可以提高其延展性和贴合度,让妆容更加自然。

2.2 防晒产品有机硅在防晒产品中的应用非常重要。

在防晒霜中添加有机硅可以增加其防水性和耐摩擦性,同时不影响防晒效果。

此外,有机硅还可以降低产品的黏度,提高其使用体验。

2.3 头发护理有机硅在头发护理产品中的应用也非常普遍。

在洗发水中添加有机硅,可以使头发更加柔顺、光滑、易梳理;在护发素中加入有机硅,则可以提高其滋润度和修复效果。

3. 有机硅对人体的影响有机硅作为一种重要的化妆品成分,在一定程度上可能对人体产生一些影响。

下面将从安全性、敏感性等几个方面进行介绍。

3.1 安全性虽然有机硅在化妆品中的应用非常广泛,但其安全性仍需得到关注。

迈图高新材料集团推出新型有机硅乳液

迈图高新材料集团推出新型有机硅乳液

迈图高新材料集团推出新型有机硅乳液
裴鸿
【期刊名称】《日用化学品科学》
【年(卷),期】2007(30)8
【摘要】迈图高新材料集团(原GE高新材料集团)个人护理用品部于2007年6月推出一种新型的阳离子有机硅乳液——SilsoftAN2200-C。

该乳液是一种含聚二甲基硅氧胺(及)聚乙二醇(12)十三醇醚(及)氯化十六烷基三甲铵的阳离子乳液,呈白色,其固体含量为35%至40%,pH值介于8—11之间,25℃时黏度为5—50。

该乳液可作为添加剂广泛应用于各类发部护理用品,使用后可使头发在干湿状态下均更易梳理,给消费者带来丝滑柔顺的感受,同时在修复受损发质方面表现卓越,可有效改善干枯头发的质感和发质。

【总页数】2页(P42-43)
【关键词】GE高新材料;有机硅乳液;个人护理用品;阳离子乳液;氯化十六烷基;聚乙二醇;聚二甲基;固体含量
【作者】裴鸿
【作者单位】
【正文语种】中文
【中图分类】TQ320.721
【相关文献】
1.迈图高新材料推出有机硅防沫剂乳液SAG638 [J],
2.迈图高新材料集团推出新有机硅乳液 [J],
3.迈图高新材料推出新型有机硅消泡剂乳液 [J], 文思捷
4.迈图高新材料集团推出汽车前灯用有机硅粘接剂 [J],
5.迈图高新材料集团推出两款有机硅表面活性剂 [J], 张骥红
因版权原因,仅展示原文概要,查看原文内容请购买。

有机硅的主要作用

有机硅的主要作用

有机硅的主要作用
嘿,你问有机硅的主要作用呀,那咱就来唠唠。

有机硅这家伙作用可不少呢。

首先啊,它在防水方面特别厉害。

就像给东西穿上了一层隐形的雨衣。

比如说用在建筑上,能让房子不怕雨水渗透,下雨天也能安安稳稳的。

要是你的屋顶有点小裂缝,涂上有机硅,就不用担心会漏水啦。

就像给屋顶打了个补丁,还特别牢固。

然后呢,有机硅在润滑方面也有一手。

就像给机器加了点魔法油,让它们运转起来更顺畅。

比如在一些机械设备里,加上有机硅润滑剂,零件之间的摩擦就会大大减少,机器的寿命也能延长不少。

这就像给车加了好机油,跑起来更带劲。

还有哦,有机硅在化妆品里也能发挥作用呢。

它可以让护肤品涂起来更顺滑,感觉更舒服。

就像给你的脸做了个温柔的按摩。

而且还能帮助化妆品更好地附着在皮肤上,不容易掉。

这就像给你的妆容加了个小助手,让你美美的时间更长。

另外,有机硅在电子行业也很重要。

它可以保护电子元件不受潮、不受灰尘的影响。

就像给电子宝贝们盖了个小房
子,让它们安全地工作。

我给你举个例子哈。

我有个朋友家装修房子,他就用了有机硅做防水。

以前一到下雨天,他家屋顶就有点渗水,可烦人了。

用了有机硅之后,再也没有出现过这种情况。

现在他可开心了,觉得有机硅真是个好东西。

所以啊,有机硅的作用可大了,在很多地方都能派上用场呢。

有机硅表面活性剂的应用及研究进展

有机硅表面活性剂的应用及研究进展

有机硅表面活性剂的应用及研究进展
一、引言
有机硅表面活性剂是一类植物提取的特殊表面活性剂,其分子式为(CH3)3SiO(CH2)nOSi(CH3)3,它同时具有非布氏体和非离子性表面活性剂的特性,具有非常优良的表面活性性能和乳化作用,这使它能够广泛应用于各种表面活动剂中,如洗涤剂、护肤品、抗菌剂等。

二、有机硅表面活性剂的应用
1、洗涤剂
2、护肤品
有机硅表面活性剂在护肤品中的应用也是广泛的,因为它具有很强的乳化作用,可以有效地改善皮肤的滋润度,可以使皮肤更加柔顺光滑,有助于护肤品的吸收和分散。

此外,它还具有良好的水溶性,可以有效地促进护肤品的吸收,使皮肤清洁和滋润。

3、抗菌剂
有机硅表面活性剂可以有效地抑制细菌的生长,减少因细菌而引起的感染。

它可以清除皮肤上的细菌污染物,并可以帮助皮肤抵抗各种病毒和细菌的侵袭,减少皮肤的受损。

它还具有良好的抗过敏性,可以有效地减少皮肤过敏的发生。

有机硅表面活性剂的应用

有机硅表面活性剂的应用

有机硅表面活性剂的应用关键词:硅氧烷甲基苯基聚硅氧烷环状聚硅氧烷硅表面活性剂降低表面张力的能力次于氟表面活性剂,而显著大于烃系表面活性剂。

例如,烃系表面活性剂水溶液的最低表面张力为25mN/m,而硅表面活性剂水溶液的表面张力可降至20mN/m。

因此,硅表面活性剂具有极好降低水油界面张力的性能,有极佳的润湿能力,能很好地润湿聚乙烯,可应用于许多领域。

1.在化妆品中的应用有机硅是半无机、半有机结构的高分子化合物,在空问上呈现螺旋状结构。

这些决定了它具有润滑性、疏水性、生理惰性、抗紫外线辐射和配伍性等优异的性能。

大部分有机硅表面活性剂为聚有机硅氧烷的改性产品,硅氧烷用于个人护理品有润肤作用,即它能赋予皮肤柔软、平滑和有弹性。

另外,硅氧烷护肤不会堵塞皮肤表面孔隙,这是许多亲脂性润肤剂所不能的。

由于有机硅表面活性剂具有比碳烃链表面活性剂低的表面张力,有机硅表面活性剂的生物惰性和对人体无毒性,为其应用于化妆品中,改善化妆品性能提供了可能。

有机硅表面活性剂在日化行业中为一种用量较大的表面活性剂,可用于各种化妆品,作为乳化剂在香精、洗发香波中使用,具有乳化、起泡、分散和增溶的作用,能使香波泡沫丰富,细微稳定,并有抗静电效果。

有机硅表面活性剂对人体无副作用,能在皮肤表面形成脂肪层的保护膜,防止皮肤干燥,是优良的皮肤润滑剂和保湿剂,特别适用配制面部、眼部化妆品用乳化剂和乳化稳定剂。

迄今,已开发成功可用于化妆品的有机硅产品有:二甲基聚硅氧烷,甲基苯基聚硅氧烷,含氯硅油,环状聚硅氧烷,甲基聚硅氧烷乳液,聚醚改性硅油,烷基改性硅油,氨基改性硅油,有机硅蜡,硅树脂和有机硅处理的粉体等系列牌号。

阴离子型聚硅氧烷磷酸酯由于磷酸是三元酸,一般聚硅氧烷磷酸酯是单酯、双酯、游离磷酸和游离非离子基等的混合物,既具有磷酸基的乳化性、起泡性、温和的洗涤性,又有聚醚的浊点等非离子性,还具有聚硅氧烷对皮肤和头发的亲和性,可作为化妆品的增溶剂、水溶性起泡剂、洗涤剂、润肤剂和头发调理剂。

有机硅在化妆品中的应用有哪些

有机硅在化妆品中的应用有哪些

有机硅在化妆品中的应用有哪些随着化妆品市场的不断扩大和人们对美容的追求,科技的进步也推动了化妆品领域的发展。

有机硅,作为新兴的材料,被广泛应用于化妆品中,其独特的特性和优越的性能使其成为化妆品的热门原料之一。

本文将介绍有机硅在化妆品中的应用及其作用。

1.有机硅在防晒霜中的应用随着气候的变化和臭氧层的破坏,紫外线对人类的危害也越来越严重,人们提高了对紫外线的关注度。

而有机硅的抗晒效果突出,可以阻挡紫外线的辐射,使肌肤免受伤害。

有机硅经常被用于制作防晒霜,其防晒指数高,且可以阻挡多种波长的紫外线。

有机硅性质稳定,防水性好,不会在游泳或出汗时被清洗掉,因此更适合在户外活动时使用。

2.有机硅在化妆水中的应用化妆水是人们日常护肤的必备品,有机硅在化妆水中的应用主要有两个作用。

一方面,有机硅可以帮助化妆水更好地渗透肌肤,增强其吸收能力;另一方面,有机硅还可以使肌肤表面形成一层透明薄膜,起到保护肌肤的作用。

这种薄膜具有一定的保湿效果,可以防止水分的流失,让肌肤保持湿润,同时还可以阻碍外界的尘埃、细菌等残留在肌肤表面。

3.有机硅在洗发水中的应用洗发水是大家每天都会用到的洗涤用品,而有机硅在洗发水中的应用则可以给头发带来多种好处。

首先,有机硅可以增加洗发水的稠度,使其更加浓郁,同时又不会增加产品的负担感;其次,有机硅可以修复受损的发丝,改善发质,并增加头发的光泽度。

此外,有机硅还可以形成一层保护膜,遮盖发丝的毛鳞片,防止离子和其他有害物质的侵入,从而防止头发分叉和断裂。

4.有机硅在乳液中的应用与化妆水类似,乳液也是日常护肤中不可或缺的一部分。

有机硅在乳液中的应用,主要是为了增强乳液的保湿效果。

有机硅在肌肤表面形成一层透明薄膜,防止水分的流失,使得肌肤保持持久的湿润状态。

有机硅还可以使肌肤更加柔滑、滑爽,增加保湿成分的锁定力。

此外,有机硅还能够增加乳液的滑润度和渗透能力,从而使乳液更好地吸收于肌肤,达到肌肤修护和改善的效果。

4-有机硅在护 肤产品中的应用 -WA-201309

4-有机硅在护 肤产品中的应用 -WA-201309

有机硅在护肤产品中的应用SILICONE APPLICATION IN SKIN CARESunny Xing / PERSONAL CARE /SPP, Sep, 2013CREATING TOMORROW'S SOLUTIONSCONTENT 内容Skin care marketing review in 2012 2012年护肤市场回顾 WACKER Silicones application in skin care 瓦克有机硅在皮肤护理中的应用Presentation Title Slide 12012 GLOBAL SKINCARE MARKET 2012年全球个人护肤市场综述Facial care is dominated by moisturising and botanical formulations面部护理的主要品类是: 面部护理的主要品类是:保湿和草本Products for men remain limited in numbers男士护理有增速渐缓 男士护理有增速渐缓Firming properties are important in eye care眼部护理深受关注 眼部护理深受关注From BB creams to CC creams面部护理品类由BB霜向CC霜转变Presentation Title Slide 22012 GLOBAL FACIAL CARE MARKET 2012年全球面部护理市场形势低增长率 高成本高增长率 高成本低增长率 低成本高增长率 低成本Presentation Title Slide 32012 GLOBAL FACIAL CARE MARKET-CLAIM 2012年全球面部护理的主要宣称草本和保湿的原料和配方是面部护理的主要宣称护肤品类的区别在于出现一些特定细分化领域, 护肤品类的区别在于出现一些特定细分化领域,例如: 例如:唇部防晒、 唇部防晒、针对敏感性肌 针对敏感性肌 肤护理、 护理、眼部抗衰老等 眼部抗衰老等。

有机硅材料在化妆品和医药中的应用研究

有机硅材料在化妆品和医药中的应用研究

有机硅材料在化妆品和医药中的应用研究随着化妆品和医药行业的发展,有机硅材料在这两个领域中的应用越来越受到人们的关注。

有机硅材料具有优良的耐热性、耐化学腐蚀性、透明性和柔软性等特点,这使得它在化妆品和医药领域中具备着广泛的应用前景。

化妆品领域中的应用有机硅材料在化妆品中的应用可以追溯到上世纪六十年代,当时美国一家化学公司Tropolon公司开发出了一种有机硅聚合物——杜邦氏硅氧烷(Dow Corning 245 Fluid)。

随后,有机硅材料在化妆品和护肤品中的应用逐渐得到推广。

有机硅材料不溶于水,因此它在液体化妆品中可以用作增稠剂和乳化剂,同时它还可以增强化妆品的光泽度和保湿性。

在粉体状化妆品中,有机硅材料可以起到润滑剂和防粘剂的作用,可以使得粉底更加服贴,防止脱妆。

有机硅材料还可以制造美容仪器,如光谱仪和超声波仪器等,这些仪器可以深入肌肤,提高化妆品的渗透性,改善肌肤质量。

医药领域中的应用有机硅材料在医药领域中的应用主要与其抗氧化性和抗菌性有关。

有机硅材料不仅对氧化物具有很强的抗氧化能力,同时还可以对微生物和菌类产生抑制作用,这使得它适用于一些消毒剂、口腔护理产品和医用设备中。

另外,有机硅材料还可以用于医疗用品和医疗器械的制造。

例如,矽基气垫剂可以在整个伤口表面均匀包裹,使伤口更快地愈合;有机硅聚合物涂层可以防止医疗器械表面滋生细菌。

目前,有机硅材料在医药领域中的研究还处于起步阶段,但是随着人们对抗菌和抗氧化能力的重视,有机硅材料的应用前景可谓广阔。

结论有机硅材料在化妆品和医药领域中的应用研究只是刚刚开始,还有很多未知领域等待着我们去探索。

随着科技的不断进步和人们对健康的关注,相信有机硅材料在化妆品和医药领域中的应用会越来越广泛,为人们的生活带来更多便利和健康。

有机硅乳液及其应用

有机硅乳液及其应用

有机硅乳液及其应用一、引言有机硅乳液是一种以有机硅聚合物为主要成分的乳液。

由于其独特的化学结构和性质,有机硅乳液在各个领域有着广泛的应用。

本文将介绍有机硅乳液的特点、制备方法以及其在不同领域的应用。

二、有机硅乳液的特点1. 耐高温性能:有机硅乳液具有较高的热稳定性,可在高温环境下保持稳定性能,不易发生分解或变性。

2. 耐候性能:有机硅乳液在室外环境下具有较好的耐候性,不易受到紫外线、氧气和湿度等因素的影响,能够长期保持良好的性能。

3. 耐化学性能:有机硅乳液具有出色的耐化学性能,能够抵御酸碱、溶剂和化学腐蚀等因素的侵蚀,保持稳定性能。

4. 良好的润湿性:有机硅乳液具有良好的润湿性能,能够快速渗透到各种基材表面,形成均匀的膜层。

5. 优异的防水性:有机硅乳液能够有效地提供防水效果,形成一层防水膜,阻止水分的渗透,保护基材免受水分侵蚀。

三、有机硅乳液的制备方法有机硅乳液的制备方法多种多样,常见的制备方法包括乳化法、溶剂法和反应法等。

1. 乳化法:将有机硅聚合物和乳化剂加入适量的水中,通过机械剪切和稳定剂的作用,使有机硅聚合物分散在水中,形成乳液。

2. 溶剂法:将有机硅聚合物溶解在有机溶剂中,然后加入适量的水,通过搅拌和蒸发有机溶剂,使有机硅聚合物从溶液转变为乳液。

3. 反应法:通过有机硅单体与其他化合物进行反应合成有机硅聚合物,然后将有机硅聚合物与乳化剂、稳定剂等添加剂混合,形成乳液。

四、有机硅乳液的应用领域1. 建筑行业:有机硅乳液可用于建筑涂料、密封材料和防水材料等的制备。

其耐候性和防水性能使得建筑涂料具有较长的使用寿命和良好的防水效果。

2. 纺织行业:有机硅乳液可用于纺织品的防水处理,使纺织品具有良好的防水性能,增加其使用寿命,并可用于制备功能性纺织品。

3. 化妆品行业:有机硅乳液可用于化妆品的制备,如乳液、粉底液和护肤品等。

其良好的润湿性能和稳定性能使得化妆品更易于涂抹和吸收。

4. 汽车工业:有机硅乳液可用于汽车涂料、密封胶和润滑油等的制备。

有机硅在个人护理产品中的应用

有机硅在个人护理产品中的应用

16. Silicones in Personal Care ApplicationsJ.L. Garaud, Dow Corning Europe SA, Seneffe (Belgium)Silicones used in personal care applications are of diversified types, including cyclic, linear, or organo-functional polydimethylsiloxanes (PDMS), as well as silicone elastomer dispersions and resins. This wide range of molecules provides benefits that impact the performance of almost every type of beauty product, conferring attributes such as good spreading, film forming, wash-off resistance, skin feel, volatility and permeability.The first use of silicone in personal care applications dates back to the 1950s, when a PDMS was incorporated into a commercial formulation to provide skin protection [1].Since then, the use of silicones has kept increasing, along with the evolution of the knowledge around those materials (see Figure 1). Further to their first success, silicones made another breakthrough in the antiperspirant segment during the 1970s. Low molecular weight cyclosiloxanes were used as volatile carriers for the antiperspirant active, enhancing consumer acceptance of products thanks to the pleasant skin feel they could confer as well as their nonstaining properties [2].Silicones then made their entry into hair care products. Amino-functional polymers were incorporated into styling mousses and rinse-off conditioners, while fluid or emulsion forms of high molecular weight PDMS were formulated into two-in-one conditioning shampoos. More recently, silicone elastomer dispersions were introduced to the market and gave formulators access to a new sensory dimension in terms of silkiness. Today, silicones find a use in virtually all types of personal care products, in segments as diversified as hair care, hygiene, skin care, sun protection or color cosmetics.Figure 1. History of silicone uses in personal care.Types of Silicones Used in Personal Care ApplicationsThe versatility of silicones accounts for their wide use in beauty care products. This diversity stems from the unique set of physicochemical properties of PDMS as well as the variety of polymer types that can be used. Silicones incorporated into personal care products vary in molecular weight, structure or substituents attached to silicon atoms.The most commonly used silicones are linear PDMS of various viscosities, ranging from the shortest possible chain, hexamethyldisiloxane with a viscosity of 0.65 cSt, to polymers with high degrees of polymerization and viscosities over 106cSt, often called silicone gums. Cyclic PDMS with 4, 5 or 6 dimethylsiloxane units is also widely encountered in formulations. Because of their volatility, low molecular weight linear and cyclic PDMS materials are often referred to as volatile silicones.Changing the structure and going from linear species to network or cross-linked systems leads to silicone resins and silicone elastomer dispersions. Such resins contain a number of T or Q units in a three-dimensional structure resulting from the hydrolysis/condensation of the corresponding initial silane monomers. Silicone elastomer dispersions are cross-linked gels that can be prepared through a hydrosilylation reaction. The reaction involves low levels of catalyst, usually platinum derivatives, and is generally run into an adequate solvent. SiH-containing silicone polymers are reacted with di-vinylic materials to link independent silicone chains. If the reaction is carried out in cyclic PDMS as the solvent, it leads to the formation of a swollen and loosely-reticulated network or a silicone elastomer dispersion.Substitution of methyl with other groups allows significant modification of PDMS properties, accessing other benefits. Most common are linear alkyl, phenyl, polyether or aminoalkyl groups. This leads respectively to silicone waxes (if alkyl groups of sufficient length are grafted onto the backbone), water dispersible polymers or substantive polymers.All these materials can be prepared by hydrosilylation, through the addition of various molecules bearing a vinyl group on a SiH-containing silicone polymer. Another route to such polymers involves the manufacturing of specific chlorosilanes to generate functional polymers after hydrolysis.Silicone Benefits in Beauty Care ProductsIn skin care, a fundamental aspect is the “feel” provided, or how the product is perceived on skin upon and after application. Silicones convey a very differentiated feel to cosmetics, described as smooth, velvety, nongreasy and nontacky [3]. They can also help diminish the tackiness induced by other raw materials present in the formulation. They are appreciated by formulators because of their film-forming properties, providing substantivity, wash-off resistance and protection. PDMS materials have been found to be noncomedogenic and nonacnegenic, meaning they are not expected to encourage undesired skin pore clogging or acne [4]. Their antifoam characteristics also help reduce the so-called “soaping effect,” an undesired foaming phenomenon observed in skin creams formulated with soap-based emulsifiers.Sun care products are devoted to protecting and reducing damage to skin induced by UV radiation. Here, the formulator’s goal is to create on skin a film of UV-protective actives as homogeneous and as resistant to water removal as possible, even after a swim. Low molecular weight silicones like cyclics are included in sun care formulas to improve spreading [3-4-5]. Because of their hydrophobicity, PDMS and in particular high molecular weight polymers, have demonstrated substantivity. In such formulations, the active can be made more resistant to wash-off. This helps maintain the level of sun protection of the formulated product after application on skin. In addition to wash-off resistance, alkylmethylsiloxanes have also been shown to enhance the sun protection factor (SPF) of products containing either organic or inorganic sunscreens.In color cosmetics, silicones are used to confer either a matte or a shine effect [6]. Phenyl silicones, because of their higher refractive index, help produce glossy films. This accounts for their use in products such as lipsticks or lip glosses, where shine is sought after. On the contrary, if a matte effect is desired, as in foundation applications, silicone elastomer dispersions can be used, possibly because of their effect on light scattering. Alkylmethylsiloxanes are also appreciated because of their ability to provide, together with a pleasant feel, a waxy consistency and an increased compatibility with organic ingredients commonly used in such formulations [7]. Low molecular weight silicones are used in facial cleansers because of their low surface tension, good wetting properties and ability to remove dirt or color cosmetic residues, while delivering a dry and nongreasy feel [8].Hair conditioning relates to softness, volume, body, sheen, feel and fly-away control [7]. This also includes hair protection from daily aggressions such as chemical treatments, combing or drying. Silicones are most often used in hair care because they can provide these conditioning benefits, consequently becoming key ingredients in shampoo or after-shampoo products. High molecular weight PDMS as well as aminoalkyl copolymers (also called amodimethicones) can deposit on hair and are particularly efficient in making hair easier to comb [1]. In the case of PDMS, a thin film is formed, bringing gloss and soft feel to the hair shaft [9]. When amodimethicones are exposed to an aqueous environment, some nitrogen atoms will quaternize and bear a positive charge. Because of its keratinic nature, the hair shaft bears a global negative charge when wet, especially if it is damaged. This generates an electrostatic interaction thought to promote deposition and anchorage of the polymer, thus enhancing conditioning.Other types of silicones are used in hair care. Volatile silicones can be incorporated to reduce drying time in some rinse-off applications like shampoos [10], thus limiting the need for hair dryers and the resulting heat damage to the hair shaft. Silicone resins have been proven to enhance hair volume [11], while silicone polyethers are used in hair styling products to help confer optimized form to hair [12].In antiperspirants, which typically contain aluminum salts as the active, low molecular weight cyclic silicones are used as carriers, thanks to their volatility and noncooling perception, which leads to a dry feel. They also help prevent salt transfer and cloth staining, a problem associated with mineral oil based products. These cyclic silicones have allowed the development of new product forms such as roll-ons, providing alternatives to CFC-based aerosol formulations [7].In hygiene applications, the amount of foam is an important parameter, as a shower gelproducing a generous foam will be better perceived by the consumer [8]. Due to their amphiphilic nature, silicone polyethers can impact the water-air interface of the foam structure, resulting in an increase in volume or a stabilization of the foam generated by the cleansing surfactants of the formulation. Some of those polymers also have been shown to reduce the eye irritancy that can be produced by such anionic surfactants.Silicones and Skin FeelOne of the main reasons skin care formulators incorporate silicones in their formulations is the unique skin feel that silicones confer to cosmetics, which is often described as smooth, silky, elegant or luxurious. Silicones combine an array of properties (low coefficient of friction, liquid at high molecular weight, low surface tension) that impart a perceptively positive feel on skin [13].Skin feel is a complex phenomenon affected by many variables, so it is difficult to characterize theoretically. A common way to assess sensory properties for a product is to perform sensory panel tests, where a set of trained panelists assess and characterize sensory parameters. Such evaluations confirmed that parameters such as stickiness, gloss, residue, tackiness, oiliness, greasiness and waxiness were almost never cited by panelists evaluating low molecular weight polydimethylsiloxanes, while spreadability and smoothness were often mentioned [13].Skin feel is impacted by silicone structure. Increasing the length of the chain leads to silicone gums, which have been characterized as giving a velvety feel. Cross-linked silicone elastomer dispersions exhibit a further differentiated feel, which can be described as silky or powdery.Volatility of SiliconesLow molecular weight silicones are characterized by their high volatility, which influences sensory properties. These materials leave no residue on skin, providing a light feel, which is dependent on the relative volatilities of the silicones considered. Because of their low heat of evaporation (when expressed per gram), they do not need significant heat from the skin to evaporate and consequently do not create the strong cooling effect experienced with water or ethanol-based formulations (see Table 1). This property is particularly sought after in many applications such as antiperspirants, where low molecular weight silicones provide a differentiated dry effect upon use.Table 1. Heat of Vaporization for Some Volatile Fluids Used in CosmeticsFluid Heat of vaporizationkJ/kgPDMS, cyclic (DP = 4) PDMS, cyclic (DP = 5) Hexamethyldisiloxane EthanolWater 172 157 192 840 2257Permeability of SiliconesPDMS polymers exhibit high permeability to gases. A noteworthy particularity is that this permeability is rather independent of their degree of polymerization, contrary to hydrocarbons (mineral oil vs. petrolatum). Neither does structure type (e.g., linear polymers vs. three-dimensional networks) significantly impact permeability. Table 2 gives comparative data for different families of silicones.Table 2. Permeability Data for Some Volatile Fluids Used in CosmeticsFluid Water vapor permeabilityg/m2/hPDMS, cyclic (DP = 5) PDMS, linear (12,500 cSt) Silicone gumSilicone resinMineral oil Alkylmethylsiloxane (C30+) Petrolatum 155.7 107.4 148.6 110.5 98.0 1.4 1.3Permeability is linked to both solubility and diffusion coefficient. Silicones are permeable because they have a relatively high solubility for a number of gases and also exhibit high gas diffusion rates compared to other common polymers. This last characteristic stems from their low intermolecular forces [14].This behavior is of particular interest for skin creams as it means a silicone film will let water vapor from the dermis and epidermis evaporate and so let the skin “breathe.” In personal care, this property is called “nonocclusivity” and is desirable for products such as body lotions, which are applied to large areas.However, occlusivity can be increased by substituting methyl groups along the siloxane backbone by longer alkyl groups, thus retaining skin hydration and plasticisation. Surprisingly, aesthetic properties are retained to a great extent [7-14]. Controlled moisturization can be obtained by varying the grafted alkyl group length or the degree of substitution on the polysiloxane chain [14].References1 DiSapio, A.; Fridd, P. International Journal of Cosmetic Science, 1998, 10, 75-89.2 Abrutyn, E,; Bahr, B. Cosmetics & Toiletries, 1993, 108 (6), 51-54.3 De Baecker, G.; Ghirardi, D. Perfumes & Cosmetics, June 1993.4 Lanwet, M. Cosmetics & Toiletries, 1986, 101(2), 63-72.5 DiSapio, A. Cosmetics & Toiletries, 1987, 102 (3), 102-6.6 Van Reeth, I.; Dahman, F.; Hannington, J. Alkylmethylsiloxanes as SPF Enhancers – RelationshipBetween Effects and Physico-Chemical Properties, 19th IFSCC Congress, Sydney, 22-25 October, 1996.7 Wilkinson, J. B.; Moore, R. J. Harry’s Cosmeticology; 7th Edition; Chemical Publishing Company: NewYork, 1983, 63, 135-138, 323.8 Blakely, J. The Benefits of Silicones in Facial and Body Cleansing Products, Dow Corning Europe, Form22-1549-01 (1996).9 Roidl, J. Silicones: Transient Conditioners for Hair Care, Symposium on “The Future of Hair CareTechnology,” (November 1990).10 Hill, M. P. L.; Fridd, P. F. GB2 074 184, October 28, 1981.11 Thomson, B.; Halloran, D.; Vincent, J. Use of Aqueous Silsesquioxanes for Providing Body and VolumeEffects from Hair Conditioners, Dow Corning Corporation, Form 25-271-92 (1992).12 Knowlton, J., Pearce, S. Handbook of Cosmetic Science and Technology, 1st Edition; Elsevier AdvancedTechnology: Oxford, 1993, 278.13 DiSapio, A. DCI, (May 1994), 29-36.14 Van Reeth, I.; Wilson, A. Cosmetics & Toiletries, 1994, 109 (7), 87-92.This article has been published in the chapter “Silicones in Industrial Applications” in Inorganic Polymers, an advanced research book by Nova Science Publishers (); edited by Roger De Jaeger (Lab. de Spechtrochimie Infrarouge et Raman, Univ. des Sciences and Tecn. de Lille, France) and Mario Gleria (Inst. di Scienze e Tecn. Molecolari, Univ. di Padoa, Italy). Reproduced here with the permission of the publisher.。

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Typical Features and Benefits
Smooth, silky delivery onto the skin Soft, non-greasy rub in during application Reduces tack in finished formulations Formulation flexibility together with strong organic compatibility Can be used with most clear anhydrous systems Minimal balling during application Able to thicken the oil phase Easy to use during manufacture
6
Velvesil* 034 Silicone Gel
C H3 Si O m CH 3 CH 3 Si O n R CH3 Si O o
O
O Si Si
Si
+
O x
C8H17
Patented Crosspolymer gel -Delightful sensory
Caprylyl Methicone - Dispersant - Spreading aid - Compatibilizer
Potential applications
Foundations Mousses Creams and lotions Lipsticks and lip gloss Conditioner Styling products
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL 6
Key Features and Typical Benefits
Enhanced dispersion and spreading of inorganic pigments, physical and chemical filters and other organic actives


Excellent compatibility with most cosmetic ingredients
Note: Test data. Actual results may vary. *Velvesil is a trademark of Momentive Performance Materials Inc. Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
11
Tack Reduction in Natural Ingredients
8.00000 7.00000 6.00000 5.00000 4.00000 3.00000 2.00000 1.00000 0.00000 Control Velvesil 034
gel
Shea Butter Safflower Oleosomes
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
2
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
Note: Test data. Actual results may vary. *Velvesil is a trademark of Momentive Performance Materials Inc. Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL 11
7
Typical physical properties
Solids level Appearance Viscosity Freeze thaw stable 15 –17% Clear/translucent > 80,000 cPs No
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL 8
Note: Test data. Actual results may vary.
13
Silsoft* Silicone Gel
Wai-Ming Choi Marketing Manager
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
Detackification Excellent sensory experience Velvesil* 034 .
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL 5
5
Competive Material
Velvesil* 034 gel reduced the tack of shea butter and safflower oleosomes.
Note: Test data. Actual results may vary. *Velvesil is a trademark of Momentive Performance Materials Inc. Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL 12
Sunscreens
Alcohols & Glycols
Microease is a trademark of Presperse LLC.
*Element14, Velvesil, Silsoft, SF-96, SilForm and Tospearl are trademarks of Momentive Performance Materials Inc. Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL 13
Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
1
• Silsoft Silicone Gel • Velvesil 034 • Silsoft E-Pearl PF & Silsoft E-YH
Velvesil* Gel
-
Silsoft* 034 silicone
始 始
*Velvesil and Silsoft are trademarks of Momentive Performance Materials Inc. Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL 7
12
COMPATIBILITY
Material Type Silicones Material N ame/IN CI name S F1202 Element14* PDMS 5 S ilsoft* 034 silicone S S4230 S S4267 S F1632 S F1642 S R1000 S ilForm* flexible resin S F96* 200 Silsoft 440 silicone Tospearl* 145 microspheres S ilsoft ETS trisiloxane Beeswax Carnauba Wax Candelilla Wax Microease(TM) 116 Microcrystalline Wax Murumuru Butter Cupuacu Butter Mineral Oil Petrolatum Jojoba Oil Andiroba Oil S unflower Oil Isopropyl Myristate C12-15 Alkylbenzoate Caprylic/Capric Triglyceride Octylsalycilate Octocrylene Ethylhexylmethoxycinnamate Glycerin Propylene glycol Butylene Glycol Compatibility
Note: Test data. Actual results may vary. *Velvesil and Element14 are trademarks of Momentive Performance Materials Inc. Copyright © 2013 Momentive Performance Materials Inc. All rights reserved. CONFIDENTIAL
10
Tack Values of Neat Gels
25.000
20.000
15.000 Velvesil 034, 10.000
gel
Competitive Material
5.000
0.000 1
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