Presentation on Paints
Anirban Das
UG-2nd
year (3rd
Semester)
Roll. no. – 240
Industrial Chemistry
Ramakrishna Mission Vidyamandira
Content
Sl. Topic Page No.
1 Defination of Paints 3
2 Why we use paint in daily life 4, 5
3 Types of paints 6, 7
4 Compositions of paints 8
5 Types of polymers 9
6 Properties of paints 10, 11
7 Applications of paints 12, 13
8 MFI 14
9 Matrix 15
Sl. Topic Page No.
10 Grading 16
11 Layers of paints 17
12 Defects of paints 18
13 Manufacturing process 19, 20
14 Physico-chemical process 21
15 Ongoing researches 22
16 Future opertunities 23
17 Market groth 24
18 Name of companies 25
Types of paints
Paints are stable mechanical mixture of one or more pigments. The main
function of pigments is to impart the desired color and to protect the film from
penetrating radiation such as UV rays.
Oil paints, Enamel paints,
Aluminium paints, Emulsion
paints, Cement paints, synthetic
Bituminous paints, Anti corrosion
paints
Paints
Why we use paints in daily life
Paints are used primarily to provide protection, decoration and
durability to surface in homes, buildings & objects. They serve both
practical and aesthetic purpose across history and modern life. Some
points are directed below.
 Protective function.
 Decorative and Aesthetic value.
 Hygiene & Cleanliness.
 Cultural & Artistic uses.
Why we used paints in daily life
Types of paints
 Oil paints
 Enamel paints
 Emulsion paints
 Cement paints
 Bituminous paints
 Aluminium paints
 Anti-corrosive paints
 Synthetic rubber
 Plastic
 Graphite
 Silicate
 Acrylic
Types of paints
Compositions of paints
Pigments
Binders
Solvents
Additives
Fillers
Types of Polymers
 Acrylic Polymers
 Epoxy Resins
 Polyurethane Polymers
 Styrene-acrylic Emulsion
 Alkyd Resins
 Vinyl Polymers
 Phenolic Polymers
 Unsaturated Polymers
Best Polymers
Properties of paints
 Hydrophobic Coating
 UV Resistant Property
 Anti-scratching Property
 Water-resistant Property
 Phase-out Protection
 MFI Property
 Washability
 Heat Resistant
 Stain Resistant
 Drying Time
 Viscosity
Properties of paints
Application of Paints
 Commercial buildings
 Furniture and Appliance
 Automotive
 Art & Craft
 Protective coating for
infrastructure
 Decoration
 Corrosion resistant
 Abrasion & Wear resistance
 Temperature & Chemical
resistance
 Water-proofing
 Common industrial coatings
Industrial use
Commercial use
Application of Paints
MFI in paints
MFI in paints typically
refers to the melt flow
index, which is a
measure of the flow rate
of a molten polymer
used in the paint
formulation. It indicates
how easily the polymer
melts and flows under
specified conditions of
temperature and
pressure.
Matrix in paints
The matrix is defined as the
binder or resin phase that
forms the continuous
network holding pigment
particles and additives in
place. It acts as the film-
forming component that
gives structural integrity,
adhesion to the substrate and
protective properties to the
dried paint layer.
Grading in paints
.
Layers of paints
Defects of paints
 Bleeding
 Blistering
 Blooming
 Brush mark
 Cissing
 Flaking
 Chalking
 Cracking
 Crinkling
Manufacturing Process
Accurate measurement of
raw materials (pigments,
binders, solvents, additives)
for precise formulation.
Mill-base preparation with high-
speed mixers and bead milling to
disperse pigments uniformly and
break down agglomerates.
Let-down stage where the mill-base is
mixed with resin, solvents, dryers, and
additives for uniformity.
Final additions and testing for
viscosity, gloss, color, drying time,
and other quality parameters.
Straining and packaging the finished
paint with quality control checks.
Manufacturing Process
Physico-Chemical process of Paints
1) Polymerization
2) Hydrolysis
3) Oxidation
4) Soap formation
1) Drying & Film formation
2) Cross-linking & Hardening
Chemical process
Physical process
This Physiochemical
process determine
the paints adhesion
durability, flexibility,
gloss and resistance
to environmental
factors such as
humanity, UV light
and temperature
changes.
Some ongoing research on Paints
There are many ongoing researches on paints
focusing on several cutting-edge and sustainable
areas:
Marine paints:
• Eco-friendly, Bio-based and Sustainable.
• Advance anti-folding technologies.
• Self-heal minor damages.
General paint Innovations:
• Use of nano-material.
• Coatings for military application.
• Anti-scratching coating.
Water-based:
• Low organic volatile compounds.
• Some still contain potentially hazardous
chemicals that requires assessment and
safer future design.
Emerging industry trends for 2025:
• Anti-bacterial and voc-free.
• Aerospace application.
• Natural ingredients.
• Nano-coatings
Future Opportunities
Growing demand for
specialized coatings in
heat-care, aerospace and
infrastructure.
Innovation in first drying,
easy-to-clean and glow-in-
the-dark paints.
Expansion of market
penetration in rural areas
and untapped regions via
e-commerce and
increasing capacity.
The paint industry’s future is focused on sustainability, high performance
functional coatings and technological innovations, with strong growth
prospective driven from urbanization and industrialization world-wide.
Market growth
Global paints and coating market is projected to
grow from about USD $211 to $280 billions by
2030, with CAGR of around 5%.
Rapid urbanization, specially in emerging
economics like India, China, Africa etc.
Indian paint market alone is expected to at a CAGR
of 8% till 2030. Supported by increasing disposable
income. Urbanization, Government housing
initiative.
Requirement of
a Good Paints
The pigment
used in the
paints should
be opaque .
It should have
good covering
power and
chemically inert.
It should have a
good hiding
power, water
resistant
It should have a
good washability
and anti corrosive
property.
It should have
specific range of
PVC value.
It should have a
good colour.
Some Indian paint industries
Asian Paints
Berger Paints
Kansai Nerolac Paints India
AKZO Nobel(Dulux Paint)
Indigo Paints
Nippon Paints
Shalimar Paints
Birla Opus

paints presentation for semester exam and viva

  • 1.
    Presentation on Paints AnirbanDas UG-2nd year (3rd Semester) Roll. no. – 240 Industrial Chemistry Ramakrishna Mission Vidyamandira
  • 2.
    Content Sl. Topic PageNo. 1 Defination of Paints 3 2 Why we use paint in daily life 4, 5 3 Types of paints 6, 7 4 Compositions of paints 8 5 Types of polymers 9 6 Properties of paints 10, 11 7 Applications of paints 12, 13 8 MFI 14 9 Matrix 15 Sl. Topic Page No. 10 Grading 16 11 Layers of paints 17 12 Defects of paints 18 13 Manufacturing process 19, 20 14 Physico-chemical process 21 15 Ongoing researches 22 16 Future opertunities 23 17 Market groth 24 18 Name of companies 25
  • 3.
    Types of paints Paintsare stable mechanical mixture of one or more pigments. The main function of pigments is to impart the desired color and to protect the film from penetrating radiation such as UV rays. Oil paints, Enamel paints, Aluminium paints, Emulsion paints, Cement paints, synthetic Bituminous paints, Anti corrosion paints Paints
  • 4.
    Why we usepaints in daily life Paints are used primarily to provide protection, decoration and durability to surface in homes, buildings & objects. They serve both practical and aesthetic purpose across history and modern life. Some points are directed below.  Protective function.  Decorative and Aesthetic value.  Hygiene & Cleanliness.  Cultural & Artistic uses.
  • 5.
    Why we usedpaints in daily life
  • 6.
    Types of paints Oil paints  Enamel paints  Emulsion paints  Cement paints  Bituminous paints  Aluminium paints  Anti-corrosive paints  Synthetic rubber  Plastic  Graphite  Silicate  Acrylic
  • 7.
  • 8.
  • 9.
    Types of Polymers Acrylic Polymers  Epoxy Resins  Polyurethane Polymers  Styrene-acrylic Emulsion  Alkyd Resins  Vinyl Polymers  Phenolic Polymers  Unsaturated Polymers Best Polymers
  • 10.
    Properties of paints Hydrophobic Coating  UV Resistant Property  Anti-scratching Property  Water-resistant Property  Phase-out Protection  MFI Property  Washability  Heat Resistant  Stain Resistant  Drying Time  Viscosity
  • 11.
  • 12.
    Application of Paints Commercial buildings  Furniture and Appliance  Automotive  Art & Craft  Protective coating for infrastructure  Decoration  Corrosion resistant  Abrasion & Wear resistance  Temperature & Chemical resistance  Water-proofing  Common industrial coatings Industrial use Commercial use
  • 13.
  • 14.
    MFI in paints MFIin paints typically refers to the melt flow index, which is a measure of the flow rate of a molten polymer used in the paint formulation. It indicates how easily the polymer melts and flows under specified conditions of temperature and pressure.
  • 15.
    Matrix in paints Thematrix is defined as the binder or resin phase that forms the continuous network holding pigment particles and additives in place. It acts as the film- forming component that gives structural integrity, adhesion to the substrate and protective properties to the dried paint layer.
  • 16.
  • 17.
  • 18.
    Defects of paints Bleeding  Blistering  Blooming  Brush mark  Cissing  Flaking  Chalking  Cracking  Crinkling
  • 19.
    Manufacturing Process Accurate measurementof raw materials (pigments, binders, solvents, additives) for precise formulation. Mill-base preparation with high- speed mixers and bead milling to disperse pigments uniformly and break down agglomerates. Let-down stage where the mill-base is mixed with resin, solvents, dryers, and additives for uniformity. Final additions and testing for viscosity, gloss, color, drying time, and other quality parameters. Straining and packaging the finished paint with quality control checks.
  • 20.
  • 21.
    Physico-Chemical process ofPaints 1) Polymerization 2) Hydrolysis 3) Oxidation 4) Soap formation 1) Drying & Film formation 2) Cross-linking & Hardening Chemical process Physical process This Physiochemical process determine the paints adhesion durability, flexibility, gloss and resistance to environmental factors such as humanity, UV light and temperature changes.
  • 22.
    Some ongoing researchon Paints There are many ongoing researches on paints focusing on several cutting-edge and sustainable areas: Marine paints: • Eco-friendly, Bio-based and Sustainable. • Advance anti-folding technologies. • Self-heal minor damages. General paint Innovations: • Use of nano-material. • Coatings for military application. • Anti-scratching coating. Water-based: • Low organic volatile compounds. • Some still contain potentially hazardous chemicals that requires assessment and safer future design. Emerging industry trends for 2025: • Anti-bacterial and voc-free. • Aerospace application. • Natural ingredients. • Nano-coatings
  • 23.
    Future Opportunities Growing demandfor specialized coatings in heat-care, aerospace and infrastructure. Innovation in first drying, easy-to-clean and glow-in- the-dark paints. Expansion of market penetration in rural areas and untapped regions via e-commerce and increasing capacity. The paint industry’s future is focused on sustainability, high performance functional coatings and technological innovations, with strong growth prospective driven from urbanization and industrialization world-wide.
  • 24.
    Market growth Global paintsand coating market is projected to grow from about USD $211 to $280 billions by 2030, with CAGR of around 5%. Rapid urbanization, specially in emerging economics like India, China, Africa etc. Indian paint market alone is expected to at a CAGR of 8% till 2030. Supported by increasing disposable income. Urbanization, Government housing initiative.
  • 25.
    Requirement of a GoodPaints The pigment used in the paints should be opaque . It should have good covering power and chemically inert. It should have a good hiding power, water resistant It should have a good washability and anti corrosive property. It should have specific range of PVC value. It should have a good colour.
  • 26.
    Some Indian paintindustries Asian Paints Berger Paints Kansai Nerolac Paints India AKZO Nobel(Dulux Paint) Indigo Paints Nippon Paints Shalimar Paints Birla Opus