Complete Technology Handbook on Resins, Solvents, Paints, Varnishes, Emulsion Polymers, Pigments & Additives with Detailed Manufacturing Process, Formulations and Project Profiles

Welcome to the "Complete Technology Handbook on Resins, Solvents, Paints, Varnishes, Emulsion Polymers, Pigments & Additives." In the vast universe of coatings and related materials, this book serves as your guiding light, providing insights, knowledge, and expertise on the complex and multifaceted industry of surface treatments, finishes, and coatings.

The Future of the Coatings Industry

The world of coatings is a fascinating realm where science, art, and innovation converge. As we embark on this journey, we begin with an exploration of the future of the coatings industry. The landscape of coatings is ever-evolving, driven by the quest for better protection, aesthetics, and sustainability. From traditional damars and shellacs to modern innovations, this book is your compass in understanding the past, present, and future of coatings.

Oleoresinous Media

In this handbook, we delve into the realm of oleoresinous media, deciphering the industry's terminology and uncovering the secrets of varnishes, lacquers, and their oil-based counterparts. We take you through the intricate world of raw materials used in oleoresinous production, including natural and synthetic resins, oils, thinners, and essential additives. Learn about the craftsmanship and formulations that yield finished products like clear varnishes, undercoats, marine paints, and more.

Varnishes: Composition, Manufacturing, and Applications

Our exploration continues with varnishes – their composition, production processes, and diverse applications. Varnishes are more than just protective coatings; they are expressions of artistry, offering a mirror to the world and a shield against time. We examine the characteristics of a good varnish, explore their uses, and introduce you to newly developed varnishes that are changing the way surfaces are treated.

Alkyd Resin Technology

Resins form the backbone of the coatings industry. Alkyd resins, in particular, are essential components of many paints and varnishes. This section provides an in-depth look at the technology behind alkyd resins. We dive into the raw materials, formulation, and the calculations involved in creating these versatile compounds. With real-world examples, we simplify the complex world of alkyd resins to equip you with the knowledge needed to understand and work with them.

Polyesters Production

The journey through resin technology continues with an exploration of saturated and unsaturated polyesters. You will gain insights into the condensation and addition polymerization processes that give birth to these crucial materials. The components of unsaturated polyesters, including initiators, accelerators, and inhibitors, are demystified, shedding light on the factors that influence their properties. Understand the role of polyester coatings in various applications, from automotive finishes to protective coatings.

Amino Resin Technology

Amino resins are a cornerstone of the coating industry, with widespread applications spanning from adhesives to textile enhancements. This book takes you on a deep dive into the world of amino resins, their synthesis, properties, and applications. Discover how these resins contribute to the world of coatings and learn about their pivotal role in improving textile properties. Diagrammatic representations provide a visual guide to the production of amino resins, bridging the gap between theory and practice.

As you traverse the chapters of this handbook, you will find a wealth of information that will benefit a diverse audience – from industry professionals seeking to expand their expertise to newcomers intrigued by the alchemy of coatings and polymers. The coatings industry is a blend of tradition and innovation, where science and art intertwine. With this book as your companion, you are well-equipped to embark on this captivating journey of exploration, understanding, and innovation.

We extend our gratitude to you, our readers, for choosing this comprehensive handbook as your source of knowledge. May your journey through the intricate world of resins, solvents, paints, varnishes, polymers, pigments, and additives be enlightening and inspiring. Together, we will navigate the vast and ever-evolving landscape of the coatings industry, where creativity knows no bounds and technology shapes the world.

The book contains chapters: The Future of the Coatings Industry, Oleoresinous Media, Varnishes: Composition, Manufacturing and Applications, Alkyd Resin Technology, Polyesters Production, Amino Resin Technology, Phenolic Resins Technology, Polyurethane Resins, Epoxy Resins Technology, Water Dispersible Epoxy Coatings, Silicone Resins Manufacture, Acrylic Solution Resins, Emulsion Polymerization Theory, Emulsion Polymers: Manufacture and Testing, Water-Reducible Resins, Water-soluble Polymers, Solvents, Inorganic Pigments, Titanium Dioxide Pigments Technology, Organic Pigments Technology, Extender Pigments, Paint Driers, Paint Additives Technology, Paints Manufacturing, Architectural Paints Production, Plant Economics of Alkyd Resins, Plant Economics of Formaldehyde 37% (Capacity: 80 TPD), Plant Economics of Oleoresin and Spice Oil (Assorted), Plant Economics of Paint Manufacturing, Plant Economics of PVC Solvent Cements Manufacture with Process and Formula (UPVC & CPVC), Plant Economics of Red Oxide Primer & Aluminum Paint, Plant Economics of Silicone Emulsion used as Release Agent for Rubber Industry, Plant Economics of Styrene Acrylic Copolymer Emulsion, Plant Economics of Thinner Manufacturing Unit, Plant Economics of Unsaturated Polyester Resin.

Chapter 1

The Future of the Coatings Industry

• Introduction
• Natural Resin Coating Materials
• Damars
• Balsams
• Copals
• Mastic
• Shellac 
• Typical Uses of Coatings Materials
• Isolation Layers 
• Inpainting Media 
• Consolidants 
• Final Finishes 
• How Should Coating Materials “Behave”? 
• Ease of Application 
• Chemical Stability 
• Moisture Permeability
• Toughness 
• Hardness
• Contents-cum-Index Light Transmission
• Dimensional Stability
• Inertness
• Visual Properties 
• Which of the natural resins possess the previous list of attributes? 
• Looking to the Future 
• Smart Anti-Corrosion Coatings - the Most Attractive Segment in the Next Five Years 
• Asia Pacific: The Fastest-Growing Smart Coatings Market 
• Demand for Green and Advanced Technologies is on the Rise 

Chapter 2

Oleoresinous Media

• Industry Terminology 
• Media (singular, medium)
• Hard gums, hard resins 
• Varnish 
• Lacquer 
• Oillength 
• Hard anti soft oils
• Drying oils
• Semi-drying oils 
• Non-drying oils 
• Run gum 
• Reactive phenolics 
• Non-reactive phenolics 
• Gas checking 
• Gas proofing 
• Checking 
• Flooding 
• Hot string 
• Cold string 
• Raw Materials Used In Oleoresinous Production 
• Resins 
• Natural Resins 
• Synthetic Resins 
• Phenolic resins 
• Coumarone-Indene resins
• Epoxy resins
• Oils 
• Thinners 
• Additives 
• Zinc oxide
• Aluminium stearate
• Anti-skinning agents 
• Finished products based on oleoresinous media 
• Clear varnishes
• Undercoats anti primers
• Paving points
• Aluminium paints 
• Can coatings
• Bituminous paints 
• Antifouling marine paints 
• Chemical-resistant paints 
• Electrophoretic primers 
• Printing inks 
• Manufacturing Equipment 
• Formulations and Methods of Manufacture
• Procedure 
• Process Control Testing

Chapter 3

Varnishes: Composition, Manufacturing and Applications 

• Introduction
• Paints and Varnishes 
• Characteristics of a Good Varnish 
• General Uses of Varnish 
• Newly Developed Varnishes 

Chapter 4

Alkyd Resin Technology

• Raw Materials
• Oils 
• Dibasic Acids 
• Polyhydric A1cohols 
• Some tryhydric alcohols 
• Formulation of Alkyd Resins 
• Calculation of alkyd formulations 
• Basic Terms 
• Basic Calculations 
• Example 1 
• Solution 
• Solution 
• Calculation of Raw Materials for an Alkyd Prepared by the Monoglyceride  41
• Process 
• Ingredients 
• Solution 
• Calculation of oil 
• Calculation of polyester 
• Typical Formulations (all quantities by mass)
• Long oil Alkyds 
• Long Oillinseed/D.C.O. alkyd (Alcokolysis) 
• Non-volatile 100 percent
• Long oillinseed/dimer acid alkyd 
• Short on Alkyds 

Chapter 5

Polyesters Production 

• Saturated Polyesters 
• Condensation and Addition polymerization 
• Main Components of Unsaturated Polyesters 
• Functions of Initiators, Accelerators, Inhibitors 
• Effect of structure of polyester backbone on properties of cured products 
• Effect of chemical structure on melting points of linear polyesters 
• Effect of structure on properties of cured products 
• Polyester Coating Compositions 

Chapter 6

Amino Resin Technology 

• Introduction to Amino Resins 
• Synthesis of Amino Resins 
• Properties and Applications of Amino Resins 
• Physical Properties of Amino Resin 
• Thermoset Advantages 
• Thermoset Disadvantages 
• Nitrogen Properties 
• Adhesive Properties 
• Molding Compounds and Powder Amino Resins 
• Amino Resins in Coating Industry
• Amino Resins and Improving Textile Properties 
• Diagrammatic representation of a typical plant for the production of amino resins

Chapter 7

Phenolic Resins Technology 

• Bonding Strength 
• How Phenolic Resins are Prepared
• Raw Materials 
• Formation and structure 
• Properties and Uses of Phenolic Resin 
• Properties
• Applications 
• Physical Attributes 
• Chemical Resistance 
• Phenolic resins in rubber products such as tires 
• Modified Phenolic Resins 
• Applications & Uses 
• Benefits 
• Packaging 
• Storage
• Oil soluble 100 percent phenolic resins 
• Non-Oll Reactive 100 Percent Phenolic Resins 
• Oil-reactive, 100 percent phenolic resins 
• Baking Phenoucs 
• Dispersion Resins 
• Baking Phenolics 

Chapter 8

Polyurethane Resins 

• Toluene diisocyanate 
• Applications 
• Advantages of Polyurethane Resins 
• Types of Polyurethane Resins 
• Flexible Polyurethane Foam 
• Rigid Polyurethane Foam 
• Coatings, Adhesives, Sealants and Elastomers 
• Thermoplastic Polyurethane (TPU) 
• Reaction Injection Molding (RIM) 
• Binders
• Waterborne Polyurethane Dispersions (PUDs) 
• Polyurethane Resin Uses
• Apparel 
• Appliances 
• Automotive 
• Construction 
• Composite Wood 
• Electronics 
• Flooring 
• Furnishings 
• Marine 
• Medical 
• Packaging 
• Paints 
• Polyurethane making process 
• Raw Materials
• Isocyanates 
• Polyols 
• Additives 
• Design 
• Manufacturing Process 
• Polymer reactions 
• Processing 
• Quality Control

Chapter 9

Epoxy Resins Technology

• Phenolic Glycidyl Ethers 
• Aromatic Glycidyl Amines 
• Clycloaliphatics 
• Key Properties of Epoxy Resins 
• Epoxy Composites: Additives for High Performance
• Rubber Additives
• Thermoplastic Additives
• Flame Retardants
• Colors and Dyes 
• Recycling and BioBased Epoxy Systems
• Uses
• Using Epoxy Resin as Adhesives
• Using Epoxy Resin for Electronics and Electrical Systems
• Using Epoxy Resin for Painting
• Using Epoxy Resin for Coatings and Sealant
• Using Epoxy Resin for Repairs
• Types of Epoxy Resin
• Bisphenol Epoxy Resins
• Aliphatic Epoxy Resins
• Novolac Epoxy Resins
• Halogenated Epoxy Resins
• Epoxy Resin Diluents
• Glycidylamine Epoxy Resins
• Epoxy Putty
• Curing Time and Process for Epoxy Resin
• Epoxy Resin Uses and Application Methods 
• Araldite Rapid Epoxy Adhesive
• Epoxy Colour
• Araldite Fusion Epoxy Adhesive
• Material Compatibility
• Epoxy Colour:
• Scotch-Weld Epoxy Adhesive
• Material Compatibility
• Epoxy Colour
• Loctite Hysol Epoxy Adhesive
• Material Compatibility:
• Epoxy Colour: 
• Epoxy Resin Adhesives 
• Epoxy Resin Uses for Industrial Tools 
• Epoxy Resin for Electrical Applications 
• Epoxy Resin for Consumers 
• Epoxy Resin for Artwork and DIY
• Epoxy Coatings and Painting 
• Benefits of Epoxy Coating 
• Manufacturing Process
• Applications 

Chapter 10

Water Dispersible Epoxy Coatings

• Features
• Characteristics
• Multi-Use Water Based Epoxy Coating
• Uses
• Epoxy/Poly Amide Emulsions
• Epoxy Baking Enamels 
• Water-dispersible epoxy resin coatings for electrodeposition
• Types of Waterborne Coatings
• Advantages of Waterborne Coatings 
• Applying the Coating
• Acrylic and Acrylic-Based Epoxy Coating Materials 
• Applications for White Goods Coatings 
• Applications in the Industrial and Automotive Industries
• Steel Anticorrosion Coatings
• The Application of a Coating on Metal Containers and Cans 
• Applications for Flooring
• Epoxy Coating Systems in Flooring Implementations 
• Coating of Carbon Nanotube on Carbon Fiber Surface and Interfacial Properties
• Risk Evaluation of Coating Surface Abrasion Resistance in Drilled Conditions Using AHP
• Bonding Agent Improves Epoxy Resin Covering Adhesion 
• Green Epoxy Self-Healed under UV Light
• Epoxy-Polyamide Coating Cathodic Debonding Behavior
• Hydration Cemented Mixture and Adhesive Coating Interfacial Tension Testing
• The Effect of Filler Particles on the Tribological and Tensile Qualities of Epoxy Repair Coatings
• Epoxy Clay Nanocomposites: Surface Characteristics
• Treatment of Mild Steel’s Ecofriendly Surface with a Neodymium-Based Nanofilm
• The Effect of Surface Shape on Epoxy Coating Barrier Characteristics 
• Ceramic Particulate Thermal Interface Surface Coating Systems for GFRC 
• Companies Involved in Waterborne Coatings

Chapter 11

Silicone Resins Manufacture

• Properties
• Preparation of Silicones 
• Applications 
• Personal Care Products 
• Construction Materials 
• In Electronics 
• Solar Panels and Photovoltaic devices 
• Aviation Industry 
• Kitchenware 
• Paints and Coatings 
• Sporting Apparels and Goods 
• Toys
• Lubricants 
• Safety and Environmental Considerations
• Physical attributes 
• Costs 
• Chemical resistance 
• Silicone resins uses 

Chapter 12

Acrylic Solution Resins

• Backbone Monomers 
• Synthesis 
• Addition Polymerization 
• Copolymerization 
• Thermoplastic Acrylics 
• Thermoplastic Acrylic Resin 
• Compatibility 
• Different types of thermoplastic resins and their applications 
• Polycarbonate 
• Acetal Copolymer Polyoxymethlene
• Acetal Homopolymer Polyoxymethylene
• Acrylic 
• Nylon 
• Polyethylene 
• Polypropylene 
• Polystyrene 
• Polyvinyl chloride (PVC) 
• Teflon 
• Thermosetting acrylic resin
• Selection of Monomer 
• Classification and Properties 
• Acrylalllide CopolYmers
• Acid Copolymers 
• Hydroxy Copolymers
• Curing Reactions 
• Applications of Emulsion Polymers 
• Architectural Coatings 
• Interior Decorative Coatings 
• Exterior Architectural Coatings
• Paper and Paperboard Coatings 
• Industrial Coatings
• Emulsion Polymers for Adhesive Applications
• Paper & Packaging Adhesives 
• Tapes and Labels (PSA)
• Carpet Backing 
• Fiber Bound 
• Construction 
• Other Applications 
• Textile 
• Latex Gloves
• Leather Finishing 

Chapter 13

Emulsion Polymerization Theory

• Stages of an emulsion polymerization 
• Stage I 
• Stage II 
• Stage III 
• The role of surfactants in the emulsion polymerization process 
• Choosing Surfactants
• Additive Line: Oxitive® 
• Emulsifier Line: Oximulsion®

Chapter 14

Emulsion Polymers: Manufacture and Testing

• Physically they fall into the category of colloidal systems
• How Emulsion Polymers are Made? 
• Solid Content 
• Particle Size 
• Coagulum in a Product
• Rheology/Viscosity 
• Glass Transition Temperature
• Residual Monomer/VOC
• Molecular Weight 
• Selection Based on Emulsion Chemistry 
• Types of Monomers Used in Emulsion Polymerization
• Main Polymer Types 
• Acrylates 
• Styrene-Butadienes 
• Vinyl Acetate-based Homoand Copolymers
• Stabilizers-Important for Emulsion Stability 
• Polymeric stabilizers can act as depletion stabilizers in polymer emulsions
• Auxiliaries
• Polymerization Process
• Benefits and Features of Emulsion Polymers 
• Impact of Water during Polymerization 
• Low Emissions and VOC
• Properties to Consider While Handling Emulsion Polymers
• Shelf Life is Very Important 
• Freeze-thaw Stability 
• Susceptibility against High Shear Forces 
• Protection against Microbial Attack 

Chapter 15

Water-Reducible Resins 

• Water-Soluble Polymers 
• Maleiaized drying oils 
• Alkyd Resins 
• Acrylic-modified Watersoluble Alkyds 
• Polyesters 
• Silicone-modified Alkyds and Polyesters 
• Epoxy Resins 
• Anhydrides 
• Defunctionizing the Epoxide Ring
• Keeping the Epoxide Ring Available for Subsequent Cross-linking 
• Thermoplastic Polymers 
• Thermoplastic Polymers Properties 
• Thermoplastic and Thermosetting 
• Thermoplastic Polymers Applications 
• Uses Thermoplastic Polymers 
• Properties of Thermosetting Polymers 
• Thermosetting Process 
• Examples
• Thermosetting Plastic Advantages and Disadvantages 
• Melamine Formaldehydes 
• Properties 
• Synthesis 
• Commercial MF Resin Products
• Applications 
• Variation of Amine Levels 
• Viscosity 
• Drying Properties 
• Stability 
• Gloss 

Chapter 16

Water-soluble Polymers 

• Carboxypolymethylene (carbomer, carbopol) 
• Cellulose derivatives 
• Natural gum (acacia)
• Alginates
• Dextran
• Polyvinylpyrrolidone 
• Polyethylene glycol
• Uses

Chapter 17

Solvents 

• Solutions and solvation 
• Solvent classifications 
• Evaporation Rate 
• Hydrogen Bonding 
• Liquid/Liquid Boiling Equilibria 
• Uses & Benefits 
• Solvents in Paints and Coatings 
• Solvents in Inks 
• Solvents in Healthcare Applications 
• Solvents in Automotive 
• Safety Information 
• Tested, Effective, Affordable 
• Types of Solvent 
• Examples of Solvent 
• The Solution, Solubility and Solvation 
• Uses of Solvent 
• Organic Solvents 
• Types of Organic Solvents 
• Properties of Organic Solvents 
• Applications of Organic Solvents 

Chapter 18

Inorganic Pigments 

• Examples of Inorganic Pigments 
• Classification of pigments 
• General properties of pigments 
• Properties of inorganic pigments 
• The Functions of a Pigment 
• Properties of Pigments 
• Optical Data 
• Particle Shape 
• Dispersibility
• The Classification of pigments
• Properties of Inorganic Pigments 
• Iron Oxides 
• Natural Iron Oxides 
• Synthetic Iron Oxides
• Chromates 
• Lead Chromate 
• Chrome Oxide Pigments
• Applications 
• Reactions 
• Green chrome oxide was used in ink for dollar bills
• Green chrome oxide adds color to glass products
• Green chrome oxide is a pigment for paints 
• In paste form, green chrome oxide can be used as an abrasive for blade sharpening 
• Green chrome oxide adds color to plastic products and ceramics 
• Bonus fact: Heating ammonium dichromate creates an interesting demonstration
• Good compatibility
• Zinc Oxide 
• Zinc Sulfide Lithopone 
• Zinc Phosphate 
• Calcium Plumbate 
• Introduction 
• Uses 
• Mixed Phase Pigments
• Heat treatment of mixture 
• Claims 

Chapter 19

Titanium Dioxide Pigments Technology

• Properties of Titanium Dioxide 
• Production of TiO2 Pigment 
• Scattering Power of TiO2 and Pigment Volume Concentration 
• Scattering by Solid Particles 
• Scattering Efficiency 
• Ways to Optimize the Use of Titanium Dioxide for Paints and Coatings
• Optimize the Dispersion Process 
• Distribute the Particles 
• Optimize Pigment Dispersion & Stabilization with Practical Examples 
• Crystal Structures and Photo Activity of Titanium Dioxide
• Anatase and Rutile Titanium dioxide 
• Photo Activity of TiO2
• Post-treatment 
• Selecting the Right Type of Paint Pigment Titanium Dioxide
• TiO2 Nanoparticles
• Substitute for Titanium Dioxide in Paint 
• Use the Concepts in Practice 
• The Chloride Process 
• Applications of Titanium Pigments
• Surface Coatings Industry 
• Opacity 
• Tinting Strength 
• Durability 
• Gloss Development 
• Storage Stability 
• Uses
• Pigment-grade Titanium Dioxide 
• Ultrafine-grade or Nanoscale Titanium Dioxide 
• Safety Information 

Chapter 20

Organic Pigments Technology 

• Applications of pigments 
• Application of organic and resins 
• Requirements for performance of colorants in plastics and resins 
• Excellent heat stability is one of the important indicators as a plastic colorant
• Excellent migration resistance, no spray phenomenon 
• Good compatibility with resin and easy dispersion
• The organic pigments used for coloring outdoor plastic products should have excellent light fastness and weather fastness
• The main structure type of plastic colorant 
• Insoluble azo pigment 
• Phthalocyanine pigments 
• Heterocyclic ring and fused ring ketone 
• Coloring of main resin and plastic
• PVC resin colorant 
• Coloring of poly (hydrocarbon) (PO) resin 
• Coloring of transparent resin such as polystyrene 
• Coloration of polyamide (nylon) resin 
• Application of Organic Pigments in Inks 
• Offset Printing Inks 
• Solvent-based gravure ink 
• UV-curable inks (y ink) 
• Water-based inks 
• Classification of pigments 
• Azo pigments 
• Fluorescent pigments 
• Color mixing 
• White and black pigments 
• Dyestuffs 
• Organo soluble dyestuffs 
• Oil-soluble dyes 
• Spirit soluble dyes 
• Basic dyestuffs 
• Anthraquinone dyes 
• Colour Index Classification 
• Production of Organic Pigments 

Chapter 21

Extender Pigments 

• Particle Size and Shape 
• Particle Size Distribution 
• Specification 
• Particle Size Distribution 
• Colour 
• Sieve Residue 
• Water-Soluble Content and pH 
• Volatile Matter 
• Oil Absorption 
• Dispersion 
• Safety Precautions 
• Types of Extender Pigment 
• Calcite (Whiting) 
• Calcium carbonate (natural) 
• Calcimn carboaate 
• Tale 
• Barytes 
• China Clay (Kaolin) 
• Diatomaceous Silica 
• Crystalline Sillca 
• Amorphous Silica (tripoli) 
• Synthetic Silica 
• Mica 
• Asbestos 
• Wollastonite 

Chapter 22

Paint Driers 

• Features of Paint driers 
• Paint Drying Process 
• Types of paint driers 
• Primary/Active Driers 
• Secondary/Auxiliary/Through Driers 
• Combination of driers 
• Advantages of using a Combination Drier: 
• Driers Used in Coatings 
• Active & Auxiliary Driers 
• Secondary/Auxilliary/Through Driers Primary/Active Driers
• Cobalt
• Manganes
• Calcium
• Strontium
• Zirconium
• Combination of Driers
• Driers for High Solids Paints
• Region of action of primary versus through driers
• Driers for Waterborne Paints 
• Best Methods to Select Optimum Drier
• Driers/Siccatives for Paints & Coatings

Chapter 23

Paint Additives Technology 

• Introduction 
• Anti-corrosive pigment enhancers 
• Antifoams 
• Antisettling agents 
• Antiskinning agents 
• Dehydrators/antigassing additives 
• Dispersion aids 
• Driers 
• Notes on driers 
• Cobalt 
• Lead 
• Manganese
• Iron 
• Zinc 
• Calcium 
• Cerium 
• Vanadium 
• Barium 
• Zirconium 
• Aluminium 
• Wetting and Dispersing Agents
• Definitions 
• Hydrogenated Castor-Oil-Based Thickeners 
• Anti-Skinning Agents 
• Causes of Skinning 
• Consequences of Skinning 
• Avoiding Skinning 
• Antioxidants 
• Anti-Flooding /Anti-Floating & Wetting Control
• Recoguizing Flooding and Floating 
• Identification of Mildew 
• Latex Paint Additives 
• Ideal for
• Stabilizing Surfactants (Non-ionics) 
• Latex Thickening Agents 
• Coalescing Agents 
• Mode of Action 

Chapter 24

Paints Manufacturing

• Raw Materials and Their Preparation 
• List of Raw Materials 
• Solvents 
• Pigments 
• Binders 
• Additives 
• Process of Paint Manufacturing 
• Selection of raw materials 
• Mixing and blending 
• Grinding and milling
• Quality control and testing 
• Final Product Finishing and Quality Control 
• The First Step
• The Second Step 
• The Final Step 
• Environmental Considerations in Paint Manufacturing
• Initial Step for Environmental Consideration for Paint Manufacturing 
• Second Step for Environmental Consideration for Paint Manufacturing 
• Final Step for Environmental Consideration for Paint Manufacturing 
• Laboratory 
• Weighing the raw materials
• Dispersion 
• Pre-mixing 
• Grinding the pigments
• Fineness inspection 
• Colour inspection
• Stability inspection
• Filling 
• The Manufacturing Process
• Making the paste
• Dispersing the pigment
• Thinning the paste
• Canning the paint 
• Manufacturing process for a semi-gloss waterborne white 
• Mill-base: High speed mixer
• Canning 
• The manufacturing process for a gloss solventborne bright red
• Mill-base: High speed mixer and bead mill 
• Canning 
• Quality Control 
• Byproducts/Waste

Chapter 25

Architectural Paints Production 

• Coatings - How They Work 
• Cross-Linking 
• Evaporation 
• Coalescence 
• Fusion Bonding 
• Specific coating technologies 
• Types of Coatings 
• Coating Composition 
• Performance Specifications 
• Features 
• Surfaces 
• Material 
• Type 
• Properties 

Chapter 26

Plant Economics of Alkyd Resins 

• Introduction 
• Manufacturing Process of Alkyd Resin 
• Alcoholysis Method 
• Fatty Acid Method 
• Formulation of long alkyd resin 
• Formulation of short alkyd resin 
• Formulation of medium alkyd resin 
• Plant Economics 
• Land & Building 
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum 

Chapter 27

Plant Economics of Formaldehyde 37% (Capacity: 80 TPD) 

• Manufacture of formaldehyde
• Commercial manufacture 
• Silver process 
• Oxide process 
• Raw materials resource 
• Uses 
• Production 
• Uses of formaldehyde 
• Agriculture 
• Automobiles
• Cement concrete 
• Cosmetics 
• Disinfectant
• Embalming agent 
• Explosives 
• Fuels 
• Fertilizers
• Paper 
• Rubber 
• Surface-active agents 
• Polyacetals
• Cardanol resins
• Newer applications
• Plant Economics
• Plant & Machinery
• Fixed Capital
• Working Capital Requirement/Month
• Total Capital Investment
• Turn Over/Annum

Chapter 28

Plant Economics of Oleoresin and Spice Oil (Assorted) 

• Introduction 
• Manufacturing process for extraction of essential oils from flowers, herbs, spices by super critical fluid (carbon dioxide) 
• Extraction of Essential Oil from Flowers
• From herbs
• Cleaning 
• Washing
• Drying 
• Disintegration into small chip
• From Spices 
• Cleaning 
• Drying 
• Cutting into pieces
• CO2 & Super Critical CO2 Extraction
• Plant Economics 
• Land & Building 
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum 

Chapter 29

Plant Economics of Paint Manufacturing 

• Paint Manufacturing Process
• Plant Economics 
• Land & Building 
• Plant & Machinery
• Fixed Capital
• Working Capital Requirement/Month 
• Total Capital Investment
• Turn Over/Annum 

Chapter 30

Plant Economics of PVC Solvent Cements Manufacture with Process and Formula (UPVC & CPVC)

• Introduction 
• Formulations of PVC Solvent 
• Formulation -1 UPVC Solvent Cement 
• Formulation -2 CPVC Solvent Cement 
• Formulation - 3 CPVC Solvent Cement (Heavy Duty) 
• Manufacturing process of PVC solvent cement 
• Plant Economics 
• Land & Building 
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum

Chapter 31

Plant Economics of Red Oxide Primer & Aluminum Paint

• Production Processes
• Step I – Manufacturing of Red Oxide Pigment from Pickle Liquor
• Step II - Manufacturing of Red Oxide Paint from Red Oxide Pigment
• Manufacturing process of aluminum pigments 
• Particle Size 
• Particle Size Distribution 
• Solvent based Coating 
• Basic formulation of Aluminum paint
• Plant Economics 
• Land & Building
• Plant & Machinery 
• Fixed Capital 
• Total Capital Investment
• Turn Over/Annum 

Chapter 32

Plant Economics of Silicone Emulsion used as Release Agent for Rubber Industry

• Introduction 
• Formulation of Silicone Emulsion 
• Plant Economics 
• Land & Building 
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum 

Chapter 33

Plant Economics of Styrene Acrylic Copolymer Emulsion 

• Introduction
• Manufacturing process of styrene acrylic copolymer emulsion 
• Plant Economics
• Land & Building
• Plant & Machinery 
• Fixed Capital
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum

Chapter 34

Plant Economics of Thinner Manufacturing Unit

• Plant Economics 
• Land & Building
• Plant & Machinery 
• Fixed Capital 
• Working Capital Requirement/Month 
• Total Capital Investment 
• Turn Over/Annum

Chapter 35

Plant Economics of Unsaturated Polyester Resin

• Introduction
• Manufacturing Process of Unsaturated Polyester Resin 
• Reaction 
• Process Flow Diagram 
• Plant Economics 
• Land & Building
• Fixed Capital
• Working Capital Requirement/Month 
• Total Capital Investment
• Turn Over/Annum