High Performance Pigments

With their versatility and varying characteristics, high performance pigments have become increasingly important in recent years, with a growth rate well in advance of the more classical types of pigments.
The new edition of the classic book provides up–to–date information on the market for high performance pigments, synthesis, reaction mechanisms, physical and chemical properties, applications, regulatory affairs, toxicology and ecotoxicology. It is the only one on the market covering all high performance pigments in a single volume, offering both producers and users of High Performance Pigments the opportunity to review and update their understanding of the latest technologies and market issues, together with assessing key regulatory affairs, in this specialty niche of the chemical industry.
From reviews of the first edition (edited by Hugh M. Smith):
“Anyone seeking up–to–date information about the physical–chemical principles of high performance pigments and their special technical properties will find that this book gives an excellent survey of relevant aspects” Angewandte Chemie International Edition.
“This book will effectively help chemists, physicists, engineers and material scientists to stay ahead in this fast–changing field”.
Österreichische Chemie
“…Wiley–VCH has assembled an international team of high performance experts… This is an enjoyable and stimulating read and beautifully produced. You will find it fascinating – don′t miss it.” Colour Chemistry

Spis treści:
Preface.
List of Contributors.
Part I.
1. Introduction to Inorganic High Performance Pigments (Gunter Buxbaum).
1.1 Introduction.
1.2 Survey of Inorganic Pigments.
1.3 New Candidates on the Catwalk of Color.
1.4 Challenges for the Future.
2. Bismuth Vanadates (Ha rtmut Endriss).
2.1 Introduction.
2.2 Historical Background.
2.3 Manufacture.
2.4 Properties and Applications.
2.5 Applications.
2.6 Toxicology.
2.7 Ecology.
3. Cadmium Pigments (Paul Dunning).
3.1 Introduction.
3.2 Pigment History.
3.2 Raw Materials.
3.3 Chemistry of Cadmium, Selenium and Cadmium Sulfide.
3.4 Method of Pigment Manufacture.
3.5 Physical Properties.
3.6 Regulatory Issues.
3.7 Uses.
4. Cerium Pigments (Jean–Noel Berte).
4.1 Introduction.
4.2 Rare Earth Sulfides and the Origins of their Color.
4.3 Cerium Sulfide Pigment: Manufacture.
4.4 Properties and Applications.
4.5 Toxicology and Environmental Aspects.
4.6 Toxicological and Environmental Concerns during the Manufacturing Process.
5. Complex Inorganic Color Pigments: An Overview (James White).
5.1 Introduction.
5.2 Structures of CICPs.
5.3 Production of CICPs.
5.4 Titanate Pigments.
5.5 Aluminate Pigments.
5.6 Cobalt Aluminates.
5.7 Cobalt Chromium Aluminates.
5.8 Chromites and Ferrites.
5.9 Black CICPs.
5.10 Brown Pigments.
5.11 Green Chromites.
6. Titanate Pigments: Colored Rutile, Priderite, and Pseudobrookite Structured Pigments (John Maloney).
6.1 Introduction.
6.2 History.
6.3 Synthesis.
6.4 Applications.
6.5 Properties.
Part II.
7. Special Effect Pigments (Gerhard Pfaff).
7.1 Introduction.
7.2 Pearlescent and Interference Pigments.
7.3 Effect Pigments Formed by Coating of Metal Flakes.
7.4 Pigments Formed by Grinding a Film.
7.5 Pigments Based on Liquid Crystal Polymers.
8. Crystal Design of High Performance Pigments (Martin Schmidt).
8.1 Introduction.
8.2 Crystal Engineering of Organic Pigments.
8.3 Crystal Structure Determination.
8.4 Crystal Structure Calculation.
8.5 Control of Interfacial Properties Through Tailor–Made Addit ives.
Part III.
9. The Global Market for Organic High Performance Pigments (Fritz Brenzikofer).
9.1 Introduction.
9.2 The I999 Market for Organic High Performance Pigments.
9.3 The Producers of High Performance Pigments.
9.4 The Demand for HPP by Consumer Market Segments.
9.5 Demand Factors for HPPs.
9.6 Conclusions/Outlook.
10. Benzimidazolone Pigments and Related Structures (Hans–Joachim Metz and Frank Morgenroth).
10.1 Introduction.
10.2 Historical Background.
10.3 Method of Manufacture.
10.4 Typical Properties and Major Reasons for Use.
10.5 Pigment Grades, Discussion of Individual Pigments.
10.6 Pigment Manufacturers, Economics.
10.7 Safety, Health and Environmental Aspects.
11. Diketopyrrolopyrrole (DPP) Pigments (Olof Wallquist and Roman Lenz).
11.1 Introduction.
11.2 Syntheses.
11.3 Molecular Structure and Properties.
11.4 Chemical Properties.
11.5 Solid–State Properties.
11.6 Conventional Applications.
11.7 Nonconventional Applications.
12. Dioxazine Violet Pigments (Terence Chamberlain).
12.1 Introduction.
12.2 Synthesis.
12.3 Pigmentation and Properties.
12.4 Recent Developments.
13. Disazocondensation Pigments (Fritz Herren).
13.1 Introduction.
13.2 Historical Background.
13.3 Chemistry.
13.4 Synthesis and Manufacture.
13.5 Characterization, Properties, Application.
14. Isoindoline Pigments (Volker Radtke, Peter Erk, and Benno Sens).
14.1 Introduction.
14.2 Historical Background.
14.3 Methods of Manufacture.
14.4 Typical Properties and Major Reasons for Use.
14.5 Crystal Structures of Isoindoline Pigments.
14.6 Pigment Manufacturers; Economics.
14.7 Toxicology and Ecology.
15. Isoindolinone Pigments (Abul Iqbal, Fritz Herren, and Olof Wallquist).
15.1 Introduction.
15.2 Chemistry.
15.3 Physicoche mical Properties.
15.4 Commericial Products and Applications.
16. Perylene Pigments (Brian Thompson).
16.1 Definition of Perylene Pigments.
16.2 Synthesis of Perylenes.
16.3 The Conditioning of Perylene Diimide Pigments.
16.4 Mixed Crystals and Solid Solutions of Perylene Diimide Pigments.
16.5 Drying of Perylene Pigments.
16.6 Physical Chemistry and Color Physics of Perylene Pigments.
16.7 Perylene Pigments and their Applications.
16.8 Perylenes as Functional Colorants.
16.9 Current Producers.
16.10 Pricing Trends and Economics of Use.
16.11 Health, Safety, and Environmental Considerations.
17. Phthalocyanines – High Performance Pigments and Their Applications (Masao Tanaka).
17.1 Introduction.
17.2 Application of Optical Properties.
17.3 Application of Optoelectronic Properties.
17.4 Application of Catalysis.
17.5 Conclusion.
18. Quinacridone Pigments (Terence R. Chamberlain (modification of original chapter by Edward E. Jaffe).
18.1 Introduction.
18.2 Historical Background.
18.3 Quinacridone Syntheses.
18.4 Recently Introduced Quinacridone Products.
18.5 Structural Data and Spectra.
18.6 Polymorphism.
18.7 Substituted Quinacridones.
18.8 Photostability and a Suggested Mechanism.
18.9 Quinacridonequinone.
18.10 Other 6,I3–Disubstituted Quinacridones.
18.11 Solid Solutions.
18.12 Conditioning and Surface Treatment of Quinacridones.
18.13 Applications.
18.14 Health and Safety Factors.
18.15 Business Aspects.
19. Quinophthalone Pigments (Volker Radtke).
19.1 Introduction.
19.2 Historical Background.
19.3 Methods of Manufacture.
19.4 Typical Properties and Major Reasons for Use.
19.5 Pigment Grades and Discussion of individual Pigments.
19.6 Pigment Manufacturers: Economics.
19.7 Toxicology and Ecology.
20. Imidazolone–Annellated Triphenedioxazine Pigments (