皮革化学品

21世纪我国皮革化学品发展的出路

Orientation of Chinese Leather Chemicals ′ Development in the 21st Century

天然磷脂应用于皮革化学品技术进展

Technical Progress in Application of Natural Phospholipids in Leather Chemicals

该文就皮革化学品的特点、发展现状、与国外皮革化学品的差距以及加入WTO后中国皮革化学品所面临的机遇和挑战进行了评述。

China is facing the challenge and opportunity of development of leather chemicals after joining WTO . The present situation and disparity are overviewed .

光化学技术及其在皮革化学品生产中的应用

The Photo Chemistry Technology and the Application in Leather Chemical Industry

乙酰丙酮比色法测定树脂类皮革化学品中游离甲醛的含量

Acetyl Acetone Colorimetry Used to Determine Free Formaldehyde in Leather Chemicals

皮革化学品生物降解性研究及其标准建立的必要性

Study on biodegradable capability of leather chemical products and its normative necessity

功能皮革化学品与无废铬污染鞣革的研究

Study on Functional Leather Chemicals and No-waste Chrome Tannage

微乳液聚合物在皮革化学品中的应用展望

Application Prospect of Microemulsion Polymer in Leather Chemicals

有机硅皮革化学品的开发与展望

The Development and Prospects of Silicone Leather Chemicals

工业明胶精细化作系列皮革化学品

Modification of Gelatin for Series Leather Chemicals

皮革化学品产生的污染及控制

Pollution of leather chemical products and control

绿色制革与皮革化学品

Green Leather Making and Leather Chemicals

绿色皮革化学品的研发势在必行环保低温酒瓶釉的研制

Necessity of Research and Development of Environment-friendly Leather Chemicals STUDY ON THE PREPARATION OF LOW TEMPERATURE ENVIRONMENT-FRIENDLY GLAZE FOR WINE BOTTLES

评述了天然磷脂及其改性物在皮革化学品开发中应用的技术进展。

The technical progress in application of natural phospholipids and its modified products in leather chemicals was summarized in this paper .

指出今后皮革化学品将会向着多功能、高质量、环保型的方向发展。

It is pointed out that the future trend of leather industry is to develop pollution-free leather chemicals with high quality and multiple functions .

本文阐述了有机硅改性丙烯酸树脂、聚氨酯等皮革化学品的开发途径和方法，同时对有机硅的应用前景进行了展望。

This article introduces the development way and methods of leather chemicals including silicone modified acrylic resin , polyurethane , and forecasts the application prospects of silicone .

介绍了国内外绿色皮革化学品的研究概况，提出了发展我国绿色皮革化学的几点建议。

The research and development of environment-friendly leather chemicals in China was a must and the suggestions about how to develop environment-friendly leather chemicals in China were given .

论述了我国皮革化学品发展的现状，与国外皮革化学品的差距，我国皮革化学品目前所面临的发展机遇以及来自环境污染和绿色贸易壁垒的挑战，指出研究、开发绿色皮革化学品已成为当务之急。

The present situation , opportunities and challenges of leather chemicals in China were overviewed and the research progress of environment-friendly leather chemicals in the world was introduced briefly .

主要讨论了石蜡的综合利用，其中包括在橡胶制品、开发皮革化学品、食品工业、蓖麻油磷酸酯合成、尾气回收和电极中的应用。

Comprehensive utilizations of paraffin in rubber products , development of leather chemicals , food industry , synthesis of caster oil phosphate , tail gas recovery and electrode were discussed .

回顾了中国皮革化学品工业自20世纪30年代到21世纪初几十年来发展过程中的3个重要阶段，指出了每个阶段的代表产品。

Three important occasions of Chinese leather chemicals ′ development are reviewed from 1930s to the beginning of the 21st century firstly , and the respective representative products are introduced briefly .

对无皂微乳液聚合物在皮革化学品如无铬鞣剂、复鞣剂、涂饰剂、污水处理剂、柔软剂、助染剂等方面的应用前景进行了阐述。

Application prospect of microemulsion polymer in leather chemicals as tanning agent , chrome-free retanning agent , finishing agent , sewage treatment agent , softening agent and dyeing auxiliary was analyzed .

传统不饱和天然油脂氧化机理与皮革化学品（氧化-亚硫酸化加脂剂）中的油脂氧化机理的观点，与大量的实验结果相矛盾，有很多的缺陷。

Study on the Sulfitation of Rape Oil ( 2 ) Distinct difference from the study about the oxidation and anti-oxidation of unsaturated natural oil and the oxidative mechanism of oxidized sulfited fatliquoring agent .

介绍了浙江省食品添加剂、饲料添加剂、工业表面活性剂、粘合剂、水处理剂、皮革化学品、造纸化学品、电子化学品和油田化学品等新领域精细化工产品的生产规状及发展方向。

A review is given on current status and development direction for Zhejiang fine chemistry in new fields such as food additives , feed additives , industrial surfactants , adhensives , papermaking chemical products , electronic and oil - field chemical products .

制革副产物&工业明胶经多种技术改性可获得性能优良的、具有高附加值的系列皮革化学品用于皮革的复鞣、填充、荫伤和涂饰。

By means of various modifying methods , series leather fine chemicals with special function and high additive value can be obtained from gelatin ( by products of leather ), and these materials can be used for leather finishing , retanning , dulling and filling .

本文论述了限制皮革化学品中游离甲醛含量的意义以及用乙酰丙酮比色法测定皮革化学品中游离甲醛含量的优越性和操作方法。

In this paper , we have discussed the significance of limiting the amount of free formaldehyde in leather chemicals , the advantage of method using acetyl acetone colorimetry to determine free formaldehyde , and the handle way of using acetyl acetone colorimetry to determine free formaldehyde in leather chemicals .