Colour Technology of Coatings /

Colour Technology of Coatings / / Wilhelm Kettler, Manfred Binder, Gerhard Wilker, Sandra Weixel, Hans-Jörg Kremitzl, Rainer Henning, Uwe Hempelmann, Stephan Gauss, Peter Gabel, Walter Franz.

Like many other textbooks, this one has its origins in the classroom and is the culmination of more than 10 years’ experience of teaching courses on colorimetry to engineers and technicians from various branches of industry. The VDMI, the VdL and the FPL asked various experts at pigments, paints, an...

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Bibliographic Details
Superior document:Title is part of eBook package: De Gruyter DG Plus eBook-Package 2016
VerfasserIn:
Kettler, Wilhelm,
Binder, Manfred,
Franz, Walter,
Gauss, Stephan,
Hempelmann, Uwe,
Henning, Rainer,
Kremitzl, Hans-Jörg,
Weixel, Sandra,
Wilker, Gerhard,
MitwirkendeR:
Franz, Walter,
Gabel, Peter,
Gauss, Stephan,
Hempelmann, Uwe,
Henning, Rainer,
Kettler, Wilhelm,
Kremitzl, Hans-Jörg,
Pfaff, Gerhard,
Rösler, Gerhard,
Weixel, Sandra,
Place / Publishing House:Hannover : : Vincentz Network, , [2016]
©2016
Year of Publication:2016
Language:English
Series:European Coatings LIBRARY
Online Access:
Physical Description:1 online resource (300 p.) :; Zahlreiche farbige Abbildungen, Tabellen und Formeln
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Table of Contents:
  • Frontmatter
  • Preface
  • Contents
  • I. Fundamentals of colour perception
  • II. Colour measurement, colour measurement systems and visual colour assessment
  • 1. Principles behind measuring coloured surfaces
  • 2. Measuring geometries
  • 3. Measuring geometries for special effect pigments
  • 4. Sample preparation
  • 5. Recommended colourimetric conditions
  • 6. Influence of the surface
  • 7. Special case: optical brighteners and fluorescence
  • 8. Sources of error in colour measurements
  • 9. Profiling of measuring instruments and colour management
  • 10. Non-contact colour measurement
  • III. Visual colour assessment
  • IV. Colour-order systems
  • V. Instrumental colour difference assessment
  • VI. Definition and application of colour tolerances
  • VII. Pigment optics – physical processes
  • 1. Colour-generating processes
  • 2. Reflection, refraction, diffraction, interference
  • 3. Mie theory
  • 4. Kubelka-Munk function for opaque layers
  • 5. Saunderson correction: how surfaces influence the outcome of reflectance measurements
  • 6. Kubelka-Munk equation for transparent layers
  • 7. Multi-flux theory
  • VIII. Practical applications
  • IX. Measuring the texture of effect finishes
  • X. Characterisation of pigments
  • 1. Inorganic pigments – characterisation
  • 2. Organic pigments – characterisation
  • 3. Characterisation of aluminium pigments
  • 4. Characterisation of pearlescent pigments and special effect pigments
  • XI. Recipe prediction
  • 1. Recipe prediction for solid colours
  • 2. Calibration of colourants
  • 3. Computer-aided correction of colour recipes
  • 4. Practical colour-recipe prediction of gonioapparent colours
  • 5. The profitability of colour recipe calculation
  • 6. Guidelines for formulating and matching object colours
  • 7. Recipe dosability
  • 8. Structure of colour mixing systems
  • 9. Optimisation of colour mixing systems
  • 10. Colour gamuts and the limits of colour matching
  • XII. Microscopic analysis of effect pigments
  • Autors
  • Index

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