2005年日本皂类及油脂化学品进出口情况(待续)

对日本2005年肥皂及相关化学品的进出口情况进行了回顾;对各国油脂化学品及相关产品的进出口状况进行了分述。     

2005年日本皂类及油脂化学品进出口情况(续前)

对日本2005年肥皂及相关化学品的进出口情况进行了回顾;对各国油脂化学品及相关产品的进出口状况进行了分述。     

片状洗涤剂(英)

讨论了片状洗涤剂的制备、特点及市场情况。片状洗涤剂在西欧市场取得成功 ,占领洗涤剂市场6 % ,并逐步进入美国和日本市场。     

日本家庭洗涤的实际状况和消费意识分析

日本肥皂洗涤剂工业协会于2010年开展了一项有针对性的市场调查,调查报告深入分析了日本家庭洗涤的实际状况(洗衣机、洗涤行为)和消费者对洗涤剂的市场偏好。有关数据和分析结论为与织物护理用品营销有关的企业研究消费者行为及调整市场策略提供了有益的信息。     

日本2005年各类洗涤剂用量报告

日本香料产业新闻社根据日本肥皂洗涤剂工业会对2005年1-12月日本家庭用洗涤剂生产的数量,按洗涤剂的加香率算出了香料使用估算量,并作了公布。各类洗涤剂的合计生产数量约为1,459,000公斤,与上年相比略有增长,为101.5%。估计香料的使用量为3,228公斤,与上年相比也增长了,为102     

加强协会建设 发挥行业功能——访上海日用化学品行业协会

上海日用化学品行业协会成立于2005年12月9Et,覆盖化妆品、香精香料、洗涤剂（粉）和牙膏等四大日化行业,会员包括从事生产、科研、加工、销售和会展等企事业单位。会长、副会长及理事单位包括上海家化、联合利华、强生国际、日本花王、伽兰国际、蔡燕萍、上海和黄白猫、上海白猫股份、爱普香料、芬美意和德之馨等著名公司。     

浓缩洗涤剂市场观览

论述了西欧、日本和美国等洗涤剂发展的新趋势,对全球洗涤剂市场进行了分析,并列出了全球洗涤剂市场位居前12的国家。指出当今的洗涤剂不仅能够去除污垢,消除污渍,使衣物干净鲜亮,还应能减少能耗,减少洗涤用水,令消费者感到满意。并就REACH法规的生效对洗涤剂行业所产生的影响进行了分析。     

过氧化物对活性染料染色织物的影响

一、概述 1965年,西欧市场上出现了添加过硼酸钠的洗衣粉,日本步西欧后尘于1975年生产了添加过碳酸钠的洗涤剂商品。往洗涤剂中添加过氧化物的目的在于提高洗涤剂清除纺织品污染的能力。过硼酸钠及过碳酸钠在水中都将释出过氧化氢。     

衣料用洗涤剂及关联制品的最新动向

综述了日本衣料用洗涤剂及关联制品的发展状况,着重介绍了衣料用洗涤剂、衣料用氧系漂白剂、柔软剂市场的最新动向,最后展望了衣料用洗涤剂及关联制品的发展前景。     

肥皂洗涤剂的安全性与环境影响问答(二)

针对消费者关心的肥皂和洗涤剂基础知识、洗涤剂的人体安全性及其对环境的影响等问题,日本肥皂洗涤剂工业协会于1974年编辑出版了《肥皂、洗涤剂知识问答》一书,并于1994年进行了全面修订。此后,日本肥皂洗涤剂工业协会根据社会环境变化和新技术发展情况不断对该书加以补充修订。本文内容摘编自该书最新一版。     

中东地区洗涤剂和表面活性剂市场

介绍了中东地区的人口与经济概况以及家用清洁剂的市场与消费状况，分析了这一地区的消费习惯和洗涤剂生产技术的特点，结果表明，中东地区各国洗涤剂市场状况虽然有一定差异，但随着经济的发展仍存在巨大的市场潜力。     

家用自动洗碗机洗涤剂性能评估方法浅析

介绍了目前家用自动洗碗机洗涤剂在国内的市场概况,讨论了国内外家用自动洗碗机洗涤剂去污力相关的评估方法,作为家用自动洗碗机洗涤剂产品开发的参考。     

乙二醇单苯醚

乙二醇单苯醚杀菌剂具有高效、安全、低毒、无刺激、无污染的特性,由于其对绿脓杆菌有特殊的杀菌和抑菌性,对革兰氏阳性菌和革兰氏阴性菌有杀菌和抑菌作用,被作为杀菌剂和防腐剂广泛应用于洗涤用品和化妆品中。举例叙述乙二醇单苯醚在洗涤用品和化妆品中添加后,能杀菌、除臭、止痒、防腐。在美国、日本的化妆品市场,至今仍将乙二醇单苯醚作为重要的杀菌剂。近几年也有国内日化用品企业开始使用乙二醇单苯醚。     

日本高附加值无机化学品开发

无机化学品广泛用作涂料、油墨、造纸、土木工程、水处理及电子材料等的基本原料。其在化学工业中长期扮演了重要的角色。近年来，由于经济的萧条，日本无机化学品的市场一直停滞不前。在此背景下，日本无机化学品制造商推出了新的策略，专注于高性能、高级别及高附加值产品的开发，如高纯产品及精细颗粒产品，特别是致力于信息产业项目的新产品及应用的开发。     

New household detergent based on AOS

The synthetic detergent industry is one of the fastest growing industries in Japan. Its production, together with soap, is estimated to be almost 2 billion pounds in 1970. In addition to this increased production, quality modification in terms of biodegradability is now being undertaken. Alpha olefin sulfonate (AOS) has been known since the 1930’s, but only within the last two years has it been highlighted for commercial interest as a detergent material due to progress in sulfonation technology as well as commercial availability of alpha olefins. To make use of AOS as an active ingredient for formulation of heavy duty household granules, several properties of AOS itself or of the built detergent were studied in comparison with linear alkylate sulfonate (LAS), alkylbenzene sulfonate (ABS) and alcohol sulfate (AS). AOS was proved to be a potentially economical detergent material having as good performance and better biological properties than LAS or AS and better biodegradability than LAS. It has been marketed since 1967 in Japan as the first AOS-based household heavy duty granular detergent. It has been accepted by the housewives as the most efficient detergent and has become the best selling brand. Presented at the AOCS-AACC Joint Meeting, Washington, D.C., April 1, 1968.     

Fatty alcohols

Summary The two commercially important processes for the production of fatty alcohols (sodium reduction and hydrogenolysis) have been reviewed with respect to operations, types of alcohols obtainable, relative economics, properties and uses of the fatty alchols. The sodium-reduction process is applicable to the reduction of saturated as well as unsaturated esters, and in the latter case the unsaturation of the raw materials is preserved in the product alcohols. Hydrogenolysis, on the other hand, produces predominantly saturated alcohols, regardless of the unsaturation of the raw materials, except in instances where special catalysts are used. Hydrogenolysis has the advantages of cheaper raw materials, wider choice of feed stocks, and wider choice of locations whereas sodium reduction is more flexible (permits production of both saturated and unsaturated fatty alcohols), requires a lower initial investment, involves simpler operation and maintenance, and yields products of superior quality for detergent uses. The physical and chemical properties of fatty alcohols have been reviewed briefly. While the largest current market for fatty alcohols lies in the field of detergent preparation, the unsaturated fatty alchols and their derivatives also have many potential uses in the manufacture of such other products as lubricant additives, waxes, and wetting and emulsifying agents. Markets for these fatty alcohols depend upon the results of application research and product development.     

国内脂肪醇的生产和市场现状

介绍国内脂肪醇及其下游产品脂肪醇聚氧乙烯醚硫酸盐的生产现状及市场现状。2005年,国内掀起了改建、扩建和新建脂肪醇装置的热潮。目前,我国脂肪醇产能15万t/a,市场需求为18~20万t。2006年上半年,脂肪醇价格的下降也导致其下游产品脂肪醇聚氧乙烯醚(AEO)和脂肪醇聚氧乙烯醚硫酸盐(AES)的价格回落。     

The evolution of anionic surfactant technology to meet the requirements of the laundry detergent industry

Surfactants are the single most important ingredients in laundry and household cleaning products, comprising from 15 to 40% of the total detergent formulation. They play a key role in the $60 billion detergent market, which is the focus of this review. The past, present, and future trends of mainframe anionic surfactants and the key technological developments for these surfactants are discussed. The focus of this review is on how surfactants are changed (i) to meet changing environmental requirements, (ii) to take advantage of advances in process technology, and (iii) to address changes in consumer habits.     

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.