液体洗涤剂的历史回顾和最新进展

报道了各种类型液体洗涤剂,包括轻垢液体洗涤剂,重垢液体洗涤剂,液体自动餐具洗涤剂,洗发液和调整剂,液体肥皂,织物柔软剂,专用液体洗涤剂等的历史回顾和最新进展,并简述了我国液体洗涤剂的发展。     

我国织物洗涤剂行业现状及发展

概述了我国织物洗涤剂行业的现状。我国作为亚太地区最大的织物洗涤产品市场,产品形式主要有洗衣粉、洗衣液和洗衣膏,其中洗衣粉是我国织物洗涤剂的主流产品,占有约60％～70％的市场份额。洗衣液以其环保优越性,已经成为我国织物洗涤剂行业发展的主要趋势。重点介绍了浓缩型、低温低泡型、含酶和无磷织物液体洗涤剂。最后探讨了我国织物洗涤剂行业的发展方向和发展趋势,即向具有高去污力、环保、节能、经济以及气味清新的液体洗涤剂的方向发展。     

有效阻断紫外线透过衣物对人体的伤害应用于织物洗涤剂中的高效全波段紫外线吸收剂--天来施(R)FD(Tinosorb(R)FD)

介绍了一种洗涤剂用高效全波段紫外线吸收剂－天来施ＦＤ。它可以通过简单的织物洗涤,增强织物对紫外线的阻断作用,使皮肤免受紫外线的伤害。它广泛适用于普通粉,浓缩粉及液体洗涤剂的配方,可使被洗织物获得优异均匀的防护效能,且织物的紫外线防护指数ＵＰＦ值随洗涤次数的增加而不断提高。     

洗涤剂用酶的作用及最新技术

自从1960年蛋白酶首次成为洗涤剂用酶起,酶已经成为洗涤剂的重要成分,并不断提升了洗涤剂的性能。近几年,酶不仅仅提高了洗涤性能,还可以在不影响洗涤性能的前提下,减少表面活性剂或其他化学品的用量,降低洗涤剂的环境负荷。本文综述了各种洗涤剂用酶的作用、酶护理织物的最新趋势及最新的液体酶的稳定技术。     

以油化学基表面活性剂配制新型洗涤剂

本文叙述了以油化学基表面活性剂为原料配制各种洗涤剂，如粉状洗涤剂、液体洗涤剂、洗衣皂、洗衣膏、织物柔软剂、液体餐具洗涤剂等。基于再生资源的表面活性剂在未来的洗涤剂配方中将增加。天然表面活性剂有助于获得更好的洗涤效果。     

洗涤剂用荧光增白剂 第二讲 荧光增白剂与洗涤剂

本文着重讨论荧光增白剂的主要性能与洗涤剂的关系。荧光增白剂用于洗衣粉、液体洗涤剂、肥皂以及其他专用洗涤剂等等。由于洗涤剂制品的组成、用途不同,所以,应选用不同的增白剂。一般有下列要求。1．改善洗涤剂制品的外观,使制品有洁白悦目、色调柔和之感。2．对被洗织物有良好增白效果,累积洗涤后织物上不出现不良色调。3．对洗涤剂制品中的各组份具有化学稳定性。     

液体织物洗涤剂产品开发方向探讨

介绍了液体织物洗涤剂的发展趋势,阐述了洗涤剂产品的重点开发方向,并从配方技术应用方面,着重探讨洗涤剂浓缩化、绿色化、功能化的实现方案。     

多功能有色织物洗涤剂

介绍了多功能纤维洗涤剂的制备与应用。通过实验表明 ,用含有过碳酸钠和吡咯衍生物的洗涤剂 ,不仅对织物有良好的增白作用 ,而且可以避免有色织物掉色。该产品比传统洗涤剂有更好的增白作用 ,并使织物颜色鲜艳     

日本家用织物护理产品的研发动向

讨论了日本衣料用洗涤剂、精细织物洗涤剂、氧漂活化剂、柔软剂等织物护理产品的应用现状和技术发展趋势。分析了生活方式和消费习惯等因素对日本家用织物护理产品市场的影响。     

液体洗涤剂——美国洗衣用洗涤剂的发展趋势

文中列举了美国几个主要洗涤剂生产公司的销售数据,表明由于液体洗涤剂使用方便,而价格日益接近于粉剂的价格水平,美国洗衣用洗涤剂工业正向着液体洗涤剂的方向发展。     

液体洗涤剂的回顾及展望

论述了液体洗涤剂的市场现状。对各种类型的液体洗涤剂,包括重垢液体洗涤剂、液体自动餐具洗涤剂、轻垢液体洗涤剂、液体皂以及专用液体洗涤剂等的发展进行了回顾,并阐述了我国液体洗涤剂的发展趋势。     

脂肪醇聚氧乙烯醚的特性及应用

综述了脂肪醇聚氧乙烯醚（AEO）的特性及其在洗涤剂工业、纺织工业和皮革工业中的应用。AEO是近代非离子表面活性剂中最重要的产品。在国外,AEO的主要用途是配制合成洗涤剂,在国内,除用于复配液状洗涤剂外,AEO主要用于印染行业中作均染剂和剥色剂,在毛纺工业中作原毛净洗剂,而在化纤工业中用作纺丝油剂。指出AEO用量将继续增长,并有可能成为家用洗涤剂中的主导品种。     

Detergency study of the synergism between oily and particulate soil on polyester/cotton fabric

The removal of multiphase, multicomponent soils from fibrous substrates depends upon the nature of the soil mixture, the order of application, wash temperature, and type of detergent formulation. By studying these factors, we investigated the synergism between residual oil (triolein) and particulate soil (clay) on a durable press polyester/cotton fabric after laundering with four different detergents at wash temperatures of 27 and 49 C. To probe the interaction between clay and oil, fabric specimens were soiled with clay only, triolein only, clay followed by an application of triolein, and triolein followed by an application of clay. Four detergent formulations were used to launder the soiled fabrics, including one unbuilt liquid and three powdered detergents with different builder systems. The amount of residual oil (triolein) was determined by radiotracer technique, and the quantities of clay were determined by measuring aluminum by neutron activation. Reflectance measurements were used to calculate fabric whiteness. The soil distributions on and within the textile structure were obtained by scanning electron microscopy using backscattered electron images, secondary electron images and X-ray mapping. Osmium tetroxide was used to tag the oil, while silicon was the elemental tag for clay in the microscopic analysis. Results of the four factors studied can be summarized as follows. (i) In agreement with observations by previous researchers, a mixture of clay and oil is more difficult to remove than either the oil or the clay applied singly. It appears that oil acts as a matrix to bind clay, forming a composite soil. (ii) The specimens that were soiled first with oil and then clay had more soil removed by laundering than the specimens soiled with clay and then oil. Detergency was limited by the encapsulation of clay by the oil and adsorbtion of oil by the clay. (iii) The built powdered detergents were temperature sensitive, while the unbuilt liquid detergent was not. (iv) The built powdered detergents removed more soil (oily and clay) than the unbuilt liquid detergent.     

Detergent effects of ultrasonics

The effect of ultrasonic treatment using 300 and 650 kc fields, respectively, on the detergent power of five products has been investigated. Factorial experiments were devised varying the different parameters such as textile fibers or fabric, intensity of the field, nature and concn of the detergent and length of treatment. The ultrasonic treatment proved highly efficient compared to the laboratory washing machine.     

洗衣液配方技术的现状和发展趋势

介绍了洗衣液配方结构,国内洗衣液目前常见的技术问题以及消费者在使用时所遇到的问题。从技术上提出了洗衣液酉己方发展的趋势。     

Polyfunctional Properties of Liposomes in Preparation of Textile Materials

The stability of liposomal preparations in basic media and their wetting, detergent, and foaming power are evaluated. The results obtained indicate the promise of using liposomes as textile auxiliaries in preparation of textile materials of different fibre composition. The effectiveness of using liposomal preparations in peroxide bleaching of wool and fabrics made of hydrated cellulose fibres and blends of them with cotton and polyester fibres is established. The stabilizing effect of liposomes in the bleaching bath is demonstrated, which allows totally eliminating silicate stabilizers in bleaching of wool. Addition of liposomal preparations to the peroxide bath allows significantly increasing the quality of bleaching of textile materials.     

新品种企划的点金术——立即补水霜实战解秘

分析了化妆品行业如何推出新产品的整体操作思路，并以逸芙雪为案例作了详细的描述，概括出了系统科学的新产品推广模式。     

洗衣液市场发展及分析

回顾了洗衣液的市场发展历程,介绍了洗衣液主要厂家类型、消费者认同的利益点以及洗衣液产品的概念和宣称。最后,分析了洗衣液竞争态势。     

"洗涤剂用荧光增白剂"行业标准编制概述

对洗涤剂用荧光增白剂的分类及应用情况进行了论述，并对标准中的技术要求、项目指标，如紫外吸收值、织物增白性能和溶解性等做了说明。