Principles of Paint Formulation - Tapa dura

Woodbridge, R.

 
9780216931442: Principles of Paint Formulation

Sinopsis

1 Getting the basics right.- 1.1 Introduction.- 1.2 Availability of raw material data.- 1.3 Clarifying the objective.- 1.4 Identifying formulating constraints.- 1.5 Use of standard formulation format.- 1.5.1 Costing laboratory formulations.- 1.5.2 Manufacturing formulations.- 1.6 Use of test schedules.- 1.7 Understanding the costing system.- 1.7.1 Raw material costs.- 1.7.2 Manufacturing costs.- 1.7.3 Container and filling costs.- 1.8 Know the competition.- 2 Establishing a structured development programme.- 2.1 Introduction.- 2.2 Raw material substitution.- 2.3 Cost reduction.- 2.4 Product improvement.- 2.5 Matching the competition.- 2.6 New products.- 2.6.1 Project 1.- 2.6.2 Project 2.- 2.7 New classes of raw material.- 2.8 New technology.- 3 Raw materials.- 3.1 Introduction.- 3.2 Resins.- 3.2.1 General.- 3.2.2 Types of resins available.- 3.2.3 Selection of resins.- 3.3 Pigments.- 3.3.1 General.- 3.3.2 White pigments (titanium dioxide).- 3.3.3 Coloured pigments.- 3.3.4 Extenders.- 3.3.5 Corrosion inhibiting pigments.- 3.4 Solvents, thinners and diluents.- 3.4.1 General.- 3.4.2 Solvents in air dry finishes.- 3.4.3 Solvents in cross-linked and stoving finishes.- 3.4.4 Solvents in aqueous finishes.- 3.5 Rheology modifiers.- 3.5.1 General.- 3.5.2 Solvent-thinned products.- 3.5.3 Water-thinned products.- 3.6 Additives.- 3.6.1 General.- 3.6.2 Dispersing/wetting agents.- 3.6.3 Driers.- 3.6.4 Preservatives/biocides.- 3.6.5 Insecticides.- 3.6.6 Can corrosion inhibitors.- 3.6.7 Flash rust inhibitors.- 3.6.8 UV absorbers.- 3.6.9 Reodorants.- 3.6.10 Anti-skin.- 3.6.11 Anti-flood/float.- 3.6.12 Anti-foam.- 3.6.13 Anti-gassing.- 3.6.14 Anti-static.- 3.6.15 Anti-freeze.- 4 Volume relationships.- 4.1 Introduction.- 4.2 The CPVC concept.- 4.3 Establishing the CPVC.- 4.3.1 The CPVC cell method.- 4.3.2 The oil absorption method.- 4.3.3 Effect of latex vehicles on CPVC.- 4.3.4 Other means for CPVC determination.- 4.4 The relationship of PVC to CPVC.- 4.5 The porosity concept.- 4.5.1 Effect of porosity on hiding power.- 4.6 Use in formulation.- 4.6.1 Spacing extenders.- 4.6.2 Modifying a standard product.- 4.6.3 Latex paints.- 4.6.4 Flat latex paints.- 4.6.5 Effect of relative BPI.- 4.6.6 Matching a competitive sample.- 4.7 Summary.- References.- 5 Dry hiding-an alternative to titanium dioxide.- 5.1 Introduction.- 5.2 Available technologies.- 5.3 Relevance of packing considerations.- 5.4 Pittment.- 5.5 Spindrift.- 5.6 Plastic pigment.- 5.7 Opaque polymer.- 6 Computer techniques.- 6.1 Introduction.- 6.2 Computerised process control.- 6.3 Colour matching.- 6.4 Formulation and costing programmes.- 6.4.1 Raw material file.- 6.4.2 Formulation file.- 6.4.3 Calculation file.- 6.4.4 Reformulation programmes.- 6.5 Experimental designs.- 6.5.1 Randomisation.- 6.5.2 Randomised block.- 6.5.3 Latin square.- 6.5.4 Factorial experiments.- 6.5.5 Fractional factorial design.- 6.5.6 Box - Behnken.- 6.6 Experimental design with mixtures.- 6.6.1 Three component mixture design.- 6.6.2 Four component mixture design.- 6.6.3 Simplex mixture screening design.- 6.7 Theoretical approach to formulation.- References.- 7 Design for bulk manufacture.- 7.1 Introduction.- 7.1.1 The basic problem.- 7.1.2 Conditions for dispersion.- 7.1.3 Particulate solids.- 7.1.4 The continuous phase.- 7.2 Stages of bulk manufacture.- 7.2.1 Introduction.- 7.2.2 Stable base formulation.- 7.2.3 Initial dispersion formulation.- 7.2.4 Let-down stages.- 7.2.5 Completion.- 7.3 Types of dispersion equipment.- 7.3.1 Introduction.- 7.3.2 Ball mills.- 7.3.3 Attritors.- 7.3.4 Batch bead mills.- 7.3.5 High shear stress mixers.- 7.3.6 Low shear stress mixers.- 7.3.7 Other types of mixers.- 7.3.8 Continuous mills.- 7.3.9 Sand mills.- 7.4 Formulating for optimum wetting and dispersion.- 7.4.1 Introduction.- 7.4.2 Ball mills.- 7.4.3 Attritors.- 7.4.4 Batch bead mills.- 7.4.5 High shear stress mixers.- 7.4.6 Low shear stress mixers.- 7.4.7 Other high speed mixers.- 7.4.8 Continuous mills.- 7.5 Choice of equi...

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Reseña del editor

For the paint technologist, the challenge of product formulation is to achieve the optimum product for the market within an agreed budget, while at the same time operating within raw material and manufacturing constraints. This demands a variety of approaches, depending on the scale of the project, which may range from the simple substitution of a raw material within an established formulation to the development of a totally new class of product using existing or new technology. Whatever the scale of the project, however, certain basic principles apply, and the aim of this book is to describe these clearly and comprehensively. It is intended for paint technologists and suppliers of ingredients to the paint industry.

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9781461366324: Principles of Paint Formulation

Edición Destacada

ISBN 10:  1461366321 ISBN 13:  9781461366324
Editorial: Springer, 2012
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