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塑料着色:理论、色母粒:英文:fundamental-application-masterbatch

塑料着色:理论、色母粒:英文:fundamental-application-masterbatch

出版社:化学工业出版社出版时间:2016-06-01
开本: 24cm 页数: 406
本类榜单:工业技术销量榜
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塑料着色:理论、色母粒:英文:fundamental-application-masterbatch 版权信息

塑料着色:理论、色母粒:英文:fundamental-application-masterbatch 本书特色

该书对与着色剂相关的知识进行了系统介绍。在介绍各种颜料、染料品种、性能基础上,还对着色剂的检验、在塑料中的分散,塑料配色技术、着色成型工艺以及相关的靠前、靠前法规体系及相关标准进行了介绍。主要作为沟通着色剂使用者和生产者的桥梁,以便以较低的成本实现较大的着色效果。

塑料着色:理论、色母粒:英文:fundamental-application-masterbatch 内容简介

该书对与着色剂相关的知识进行了系统介绍。在介绍各种颜料、染料品种、性能基础上,还对着色剂的检验、在塑料中的分散,塑料配色技术、着色成型工艺以及相关的国际、国内法规体系及相关标准进行了介绍。主要作为沟通着色剂使用者和生产者的桥梁,以便以较低的成本实现较大的着色效果。

塑料着色:理论、色母粒:英文:fundamental-application-masterbatch 目录

chapter 1 introduction of plastics and color / 11.1 plastics 11.1.1 properties of plastics 11.1.2 applications of plastics 31.1.3 classification and variety of plastics 31.1.4 modified plastics 141.2 coloring of plastics 141.2.1 the meaning of plastic coloring 141.2.2 plastic colorants 161.2.3 types and properties of plastic colorant 18chapter 2 basic requirements of color preparations / 222.1 basic requirements of color preparations 222.1.1 requirements of colorant based on types of plastic 222.1.2 requirements of colorant based on plastic molding process 242.1.3 requirements of colorant based on the application of plastic 262.1.4 basic requirements of the plastic colorant 272.2 color performance 292.2.1 tinting strength 292.2.2 saturation, lightness, hiding power 292.2.3 dichroism 302.3 thermal resistance 312.3.1 definition 322.3.2 concentration 322.3.3 chemical structure, crystal modification, particle size 332.3.4 resins and additives 352.3.5 applications 362.4 dispersion 372.4.1 impact on dispersion of pigment surface properties 382.4.2 impact on dispersion of particle size and distribution 382.5 migration 392.5.1 the main reason for migration 392.5.2 impact of chemical structure and concentration on migration 402.5.3 application of migration indicators 412.5.4 new application requirements for migration in consumer goods regulations 412.6 light fastness/ weather resistance 422.6.1 chemical structure and particle size of pigment 432.6.2 applications of light fastness (weather resistance) indexes 442.6.3 difference between light fastness (weather resistance) index and practical applications 472.7 shrinkage/warpage 472.7.1 effect based on crystallization 482.7.2 effect based on chemical structure, crystal modification, particle size and concentration of pigment 502.7.3 application of shrinkage/warpage index 532.8 chemical stability 532.8.1 acid and alkali resistance 532.8.2 solvent resistance 542.8.3 oxidation resistance 542.9 security 552.9.1 acute toxicity of chemicals 552.9.2 organic pigments impurities 552.9.3 security of double chloride benzidine pigment 562.9.4 heavy metal in inorganic pigments 59chapter 3 main types and properties of inorganic pigments and specialty effect pigments / 613.1 development history of inorganic pigments 613.2 classification and composition of inorganic pigments 633.2.1 classification of inorganic pigments 633.2.2 composition of inorganic pigments 633.3 plastic coloring properties of inorganic pigment 653.3.1 requirements of inorganic pigment in properties 653.3.2 impact of inorganic pigment particle characters on coloring properties 663.3.3 safety of inorganic pigments in plastic coloring 693.4 main use of inorganic pigment in plastics 703.4.1 coloring for plastics 703.4.2 special functions 713.5 the main varieties and properties of inorganic pigments and effect pigments 763.5.1 achromatic pigments 763.5.2 the main varieties and properties of color inorganic pigment 873.5.3 the main varieties and properties of effect pigments (inorganic) 1133.5.4 main varieties and properties of effect pigments (organic) 124chapter 4 main types and properties of organic pigments / 1324.1 history of organic pigments 1324.2 classification of organic pigments 1334.3 importance of organic pigments in plastics coloring 1364.3.1 differences between organic and inorganic pigments 1364.3.2 difference of organic pigments and solvent dyes 1394.4 relationship between color performance and pigment chemical structure, crystal structure, application media 1414.5 azo pigment 1424.5.1 monoazo pigment 1424.5.2 disazo pigments 1764.5.3 disazo condensation pigments 1854.6 phthalocyanine pigments 2014.6.1 blue phthalocyanine pigments 2024.6.2 green phthalocyanine pigments 2064.7 heterocyclic and polycyclic ketonic pigments 2094.7.1 dioxazine pigments 2104.7.2 quinacridone pigments 2134.7.3 perylene and pyrene ketone 2204.7.4 anthraquinone and anthraquinone ketone pigments 2274.7.5 isoindolinone and isoindoline pigments 2314.7.6 diketopyrrolo-pyrrolo pigment 2374.7.7 quinophthalone pigments 2444.7.8 metal complex-based pigments 2464.7.9 thiazide pigments 2484.7.10 pteridine pigments 249chapter 5 main varieties and properties of solvent dyestuffs / 2525.1 development history of solvent dyestuffs 2525.2 types, properties and varieties of solvent dyestuffs 2535.3 application characteristics of solvent dyestuffs in coloring of plastics 2565.3.1 solubility 2575.3.2 sublimation 2585.3.3 melting point 2595.4 market and produce of solvent dyestuffs 2595.5 main varieties and properties of solvent dyestuffs 2605.5.1 anthraquinone solvent dyestuffs 2615.5.2 heterocyclic solvent dyestuffs 2755.5.3 methine solvent dyestuffs 2875.5.4 azo solvent dyestuffs 2905.5.5 azomethine solvent dyestuffs 2925.5.6 phthalocyanine solvent dyestuffs 294chapter 6 plastic colorants inspection method and standard / 2966.1 inspection and standard 2966.1.1 importance of inspection 2966.1.2 adopt international standards, improve enterprise competitiveness 2976.1.3 quality control test and application performance test 2986.1.4 standards 2996.2 quality tests and standards of color performance 3026.2.1 composition of the basic mixtures of pvc 3036.2.2 test of color performance 3046.2.3 evaluation of color performance 3056.3 evaluation of color stability to heat during processing of coloring materials in plastics 3076.3.1 evaluation by injection moulding (hg/4767.2—2014, en bs 12877-2) 3076.3.2 evaluation by oven test (hg/t 4767.3—2014, en bs 12877-3) 3086.3.3 evaluation by two-roll milling 3096.4 standards and methods of assessment of dispersibility in plastics 3106.4.1 evaluation by two-roll milling 3116.4.2 evaluation by filter pressure value test (hg/t 4768.5—2014, en bs 13900-5) 3126.4.3 evaluation by film test( en bs 13900-6) 3146.5 the test methods and standard of migration ( hg/t 4769.4—2014, en bs 14469-4) 3156.6 the test methods and standards of light fastness and weather resistance 3166.6.1 sunlight fastness and weather resistance test 3176.6.2 light fastness to artificial light and weather resistance tests 3206.7 evaluation of chemical stability 3266.7.1 test for acid resistance and alkali resistance 3266.7.2 solvent resistance test 3276.8 evaluation of warpage and deformability 3286.8.1 evaluation of degeneration or shrinkage 3286.8.2 evaluation of warpage 329 chapter 7 pigment dispersion in plastics / 3317.1 the purpose and significance of pigment dispersion in plastics 3317.1.1 improving pigment coloring 3317.1.2 meeting the requirement of the plastic processing for the pigment dispersion 3327.2 dispersion of pigments in plastic 3347.2.1 the types and properties of particles before pigment dispersion 3347.2.2 dispersion of pigment in plastic 3367.3 wetting 3387.3.1 wetting phenomena and its evaluation contact angle and young’s equation 3387.3.2 pigment wetting 3397.3.3 the judgment basis of pigment surface properties——wetting angle 3477.4 pigment dispersion 3487.5 the dispersion stability of pigments 3507.5.1 the stabilization mechanism of double electronic layer 3517.5.2 the stabilization mechanism of steric hindrance 3547.6 color masterbatch and pigment preparation 3587.6.1 the definition of masterbatch 3587.6.2 pigment dispersion in the color masterbatch of polyolefin 3597.6.3 the jewel on the crown of the color masterbatch technology—chemical fiber dyeing 3677.6.4 pre-dispersed pigment preparations for plastics 374chapter 8 practical technology and quality control of color matching for plastics coloring / 3768.1 basic theory and principles of color matching 3778.1.1 basic theory 3778.1.2 basic principles of color matching 3788.1.3 color matching for plastics coloring is a complex process 3798.2 basic knowledge that color matching staff should have 3808.2.1 comprehensive understanding the performance of colorant 3808.2.2 comprehensive understanding the performance of plastics 3818.2.3 fully grasp the process conditions of plastic molding process 3818.2.4 fully understand the type of plastic processing aids and master the content 3818.2.5 comprehensive understanding of the safety regulations of plastic products at home and abroad 3828.3 basic steps of color matching 3828.3.1 preparatory work of color matching 3828.3.2 specific steps of color matching 3838.4 quality control 3898.4.1 chromatic aberration 3908.4.2 quality control of formula design 3948.4.3 quality control of production 3948.4.4 establish quality control system 3968.4.5 problems and solutions 3978.5 practical technology of color matching 3998.5.1 how to formulate special white colorant for plastic coloring 3998.5.2 how to formulate special black colorant for plastic coloring 4008.5.3 how to formulate gray for plastic coloring 4008.5.4 how to formulate colorant for outdoor plastic products 4018.5.5 how to formulate colorant for transparent products 4028.5.6 how to formulate pearlescent colorant for plastic coloring 4038.5.7 how to formulate gold, silver colorant for plastic coloring 4048.5.8 how to formulate fluorescent colorant for plastic coloring 405 reference / 406
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