洗护3.0 时代：细分化专业洗护新浪潮

介绍了中国洗护市场细分化专业化洗护新浪潮,通过具体分析婴童洗护产品所面对的污渍类别和主要配方组成,解析产品如何达成温和无刺激的最终目标;对比实验多种市面上主流产品的去血渍效果,分析内衣洗护配方如何解决去渍难的痛点;调研主流运动服饰的材质特点和污渍组成,建立运动洗护独特的配方体系。最后分享了一些新型洗护产品分类,预测了中国洗护市场进一步细分化的趋势。     

宠物洗护产品开发趋势

文章简述了宠物洗护产品配方的组成,根据宠物皮肤特点、生活习性以及消费者对宠物洗护产品的选择倾向,探讨了宠物洗护产品配方开发的发展趋势.     

浅谈婴童洗护产品开发思路与建议

介绍了常见的婴童洗护产品的配方特点,探讨了婴童洗护产品开发的要点,为婴童洗护产品的开发提供思路及建议。     

洗护市场发展新趋势

简述了洗护产品市场目前的市场概况以及近些年的整体发展趋势,详细讨论了洗护市场中最热门的4类宣称,分析洗护市场的整体升级,展望未来前景.     

婴童洗护用品的现状及发展趋势

简述了婴童的皮肤特点及现有婴童洗护产品的主要功效和配方特点,并展望了婴童洗护产品的发展趋势。     

浅析国潮特征香型在日化产品中的应用趋势

本文介绍了洗护类产品中运用国潮元素的现状,着重分析了在洗涤产品、化妆品、婴幼儿洗护产品等类别中具有国潮特征的香型的应用,并分析了这类香型元素在日化产品中的发展趋势.     

高端洗护产品的发展

<正>高端洗护产品仿佛一夜之间成为众多企业关注的焦点,笔者之前也曾写过2篇文章,分别探讨过高端洗护产品的起源和发展的问题。当时的观点有2个。1)高端洗护产品是从外资企业开始发展的。最初,资生堂600 mL的洗护套装只在屈臣氏售卖,虽然没有任何推广,但还是有一些销量,得益于其品牌     

宠物洗护市场发展展望

介绍了中国宠物市场的行业发展现状,通过分析目前市场中洗护产品的功能宣称和配方设计,总结了目前宠物洗护市场产品配方的设计思路,并对宠物市场的发展前景进行了展望.     

对宠物友好清洁护理产品的研究

探讨人宠清洁洗护的本质区别和差异,针对宠物皮毛天性,探讨友好产品的标准,并对比不同历史时期产品,筛选卓效健康、科学洗护产品系列解决方案。     

蚕丝蛋白在洗护用品等领域的研究与应用进展

蚕丝蛋白具有多种氨基酸等有效成分,利用废蚕丝中的蚕丝蛋白作为洗护产品的良好添加剂,意义深远.文章综述了蚕丝蛋白在洗护用品等领域的应用研究进展,探讨了其近年来的研究热点,并对其未来的发展进行了展望,旨在为蚕丝蛋白在洗护领域的应用提供理论参考.     

洗涤剂市场透视

综述了几大衣物洗涤剂和织物护理品生产商继续不断开发新配方产品、超浓缩型产品以及具有更复杂香型的产品，这些产品不断为消费者所接受，并由此促进了相关领域的进一步发展。在这种不断发展的过程中，生产商应注意洗涤剂最基本的性能是清洗。     

酶在现代洗净过程中的作用(英)(待续)

各种酶已经有效地帮助了现代家用和工业用洗涤剂的发展和改进。洗涤剂酶的主要类型（蛋白酶、脂肪酶、淀粉酶和纤维素酶）中的每一类为洗衣和自动洗碗机的应用提供了专门的好处。历史上,蛋白酶是一第一个在洗衣用洗洗剂中广泛的酶,酶除了提高洗争的水平外,还由于能够缩短洗涤时间、降低洗涤温度以及减少水的用量而节约能耗,从而对一半有利。当今,蛋白酶与脂肪酶和粉酶联合使用可以改善洗涤效果,尤其是在低 上的家用洗衣和工业     

伊朗洗涤用品市场

从伊朗经济状况、人口结构、市场特点、产品受众、衣物护理、餐具清洗及表面护理等方面,分析了伊朗目前日用洗涤用品的市场状况及未来的发展趋势。毋庸置疑,年轻的伊朗洗涤用品市场具有巨大的发展潜力。     

洗衣剂的发展趋势（英）

新用途和多功能产品使洗衣剂除了清洗衣物外,有了更大作用,分析了液体洗涤剂和粉状洗涤剂的市场,正确评估了片状洗涤剂的市场前景,指出,省时和多功能将是洗衣剂未来发展的趋势。     

The role of enzymes in modern detergency

Enzymes have effectively assisted the development and improvement of modern household and industrial detergents. The major classes of detergent enzymes—proteases, lipases, amylases, and cellulases—each provide specific benefits for application in laundry and automatic dishwashing. Historically, proteases were first to be used extensively in laundry detergents. In addition to raising the level of cleaning, they have also provided environmental benefits by reducing energy consumption through shorter washing times, lower washing temperatures, and reduced water consumption. Today proteases are joined by lipases and amylases in improving detergent efficacy especially for household laundering at lower temperatures and, in industrial cleaning operations, at lower pH levels. Cellulases contribute to overall fabric care by rejuvenating or maintaining the new appearance of washed garments. Enzymes are produced by fermentation technologies that utilize renewable resources.     

国外肥皂和洗涤剂的发展沿革

综述了国外肥皂和洗涤品牌的发展历程。主要介绍了普通容皂,去臭护肤皂,等的发展和趋势。     

Detergent enzymes: Developments during the last decade

The decade of the seventies saw dramatic changes in the formulation of heavy duty laundry detergents. The reduction in the STPP content in laundry product formulations was a notable example. During the early 1970s, heavy duty liquid laundry detergents were introduced and today represent an estimated 20% of the heavy duty laundry detergent market. A significant trend during this decade toward lower wash temperatures also appeared. These developments in home laundry products and washing trends have been followed by collateral developments in detergent enzyme technology. During the 1970s, a new generation of high alkaline, active detergent enzymes were developed. This new group of alkaline proteases were characterized by greater activity and stability under conditions of alkalinity between pH 10.5 to near 12, thus favoring phosphate-free detergent formulations. These enzymes also were found to exhibit superior stability in nonbuilt liquid laundry detergent systems. Safety considerations at the plant operation level have resulted in a continual improvement in the quality of coated and encapsulated detergent enzyme granulates. During the past 10 years, detergent enzymes have passed through three generations of physical forms, from the powders to prills to encapsulates. The decade of the 1980s offers exciting possibilities for enzymatic laundry products. The trend toward lower wash temperatures, caused initially by the popularity of synthetic fabrics, is being compounded by a radical reappraisal of household energy consumption patterns. In this new atmosphere of energy conservation, detergent enzymes will offer energy-saving options in an assortment of laundry products. Finally, as we start this decade of the 1980s, the spiralling cost of petrochemical feedstocks will cause us to rethink laundry product formulations and here again, detergent enzymes offer an important alternative for the future.     

The Ozone Laundry Handbook: A Comprehensive Guide for the Proper Application of Ozone in the Commercial Laundry Industry

Applications of ozone in commercial laundry systems began in the late 1980s–early 1990s. Early installations showed promise for ozone to save considerable energy over conventional (thermal) systems. However, inconsistent performances of ozone equipment of that period coupled with a lack of in-depth understanding of how ozone was performing hindered commercial acceptance of ozone. With continued study and testing, these early misunderstandings about ozone have been overcome, and today many thousands of commercial laundry systems are using ozone successfully in many parts of the world. For example, more than 2,000 ozone laundry systems are operating in commercial laundry systems in the USA and another 2,000 commercial ozone laundry systems in the United Kingdom alone! Based on proven performance data obtained from many of these successful applications of ozone in commercial laundry systems, the authors have developed an Ozone Laundry Handbook, intended to be a summation of current knowledge and a guide to the laundry owner/operator considering the use of ozone. The Handbook contains 10 chapters, including discussions of the economic, environmental and microbiological benefits of ozone in commercial laundries, a discussion of ozone technologies as they apply to laundry systems, a comparison of traditional vs ozone laundry formulations, methods of applying ozone for laundering, operator training and ozone safety, a discussion on facts and fallacies about ozone for laundering, and finally a chapter on the future of ozone for laundering. The Handbook also contains a Glossary of Ozone Terms, Indices, and an Index.     

无磷洗衣粉及其发展前景

人类面临着含磷洗衣粉所带来的环境污染问题,解决这一问题的关键是用4A沸石代替三聚磷酸钠作为洗涤助剂。概述了4A沸石,介绍了无磷洗衣粉发展状况和生产方法,并讨论了无磷洗衣粉的发展前景。