arkema coating resins welcome to the 2014 acr … 2 latex 101_2/files... · arkema coating resins...

Arkema Coating Resins

Welcome to the 2014 ACR Webinar Series!!

March 21, 2014

Invest one hour with us and we’ll help you grow your business with products and technology from Arkema Coating Resins

2014 ACR Webinar Series

Today’s Topic: Latex 101/ACR Product Line Overview

Speaker: Mary Chervenak

Title: Senior Technical Account Coordinator

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Our training goal

Build a foundation of understanding of polymer science Outline the breath of markets utilizing latex and the chemistries employed Provide you with a high level overview of Arkema’s product offerings into key markets

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Today’s Agenda

Latex Fundamentals - What is a latex? North American Latex Chemistry and Markets EnVia®

ACR product line by market Recap

Latex Fundamentals

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Overview: “Top Down Approach”

LATEX

Latex Particles

Polymer Chains

Monomer Units

Macroscopic

Microscopic

Submicroscopic

Molecular

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What is a Latex?

o o

o o

o

o o

o

o o

o o

o

o o o

o o

o o

o o

o

o

o

o

o

o

o o

o

o

o

o o

o

1µm

It’s a colloidal dispersion of polymer particles in water

The particles are so small they do not float or sink due to gravity and are stabilized by a surface layer so they do not coagulate

Less than 1 micron in size

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Latex Characteristics

Latex is white (milky) ● Particles impart the opaque appearance to latex Easy-to-handle, low-viscosity liquid

Latex is approximately 50% polymer/50% water

One liter has: ● ~ 300 trillion particles ● Surface area ~5 acres

Upon drying, latex forms strong, cohesive film

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LATEX

Latex Particles

Polymer Chains

Monomer Units

Macroscopic

Microscopic

Submicroscopic

Molecular

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What Does a Latex Particle Look Like?

Each latex particle contains a large number of long polymer chains Chains are highly entangled, thus providing mechanical strength when dried Molecular weight is a measure of the average chain length

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Latex Particle

COO-

-SO4 COO-

-SO4

-

- -

-

-

-

- -

- -

-

-

- -

-

- - -+ -

- -

- -

+ + +

+ + + + +

+ + +

+ +

+

+ coo-

Carboxylate anions on latex surface

Positive counterions (Na, K, or NH4)

Persulfate residues from initiator

Anionic and/or nonionic surfactants

Coiled, high MW polymer chains

+

+

+

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Protective colloid

Types of Latex Morphology

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Core-Shell

Inverted Core-Shell

Raspberry-like

Octopus-like

Occulsions

Kinetic controlThermodynamic control

1st stage polymer

2nd stage polymer

Moon-like2nd quarter

Moon-like1st quarter

Moon-like3rd quarter

Core-Shell

Inverted Core-Shell

Raspberry-like

Octopus-like

Occulsions

Kinetic controlThermodynamic control

1st stage polymer

2nd stage polymer

Moon-like2nd quarter

Moon-like1st quarter

Moon-like3rd quarter

Latex Film Formation

Stage 2

Stage 1

Stage 3

Evaporation

Deformation

Film formation

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Latex Film Micrographs

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LATEX

Latex Particles

Polymer Chains

Monomer Units

Macroscopic

Microscopic

Submicroscopic

Molecular

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What Does a Polymer Chain Look Like?

Polymer chains are made up of many “monomers” linked together chemically, typically 100 to 10,000 monomers are linked in a polymer chain In this example, the monomer is ethylene: CH2=CH2 The general formula for poly(ethylene) is [CH2-CH2]n

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Important Polymer Properties

Molecular Weight ● Length of polymer chain (number of repeat units multiplied by molecular

weight of the monomer) – Largely controls the mechanical strength of the polymer

Glass Transition Temperature ● Temperature at which polymer changes from glassy to rubbery state

– Must select appropriate glass transition temperature for application

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Linear

Branched

Crosslinked

Polymer Molecular Structure

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Glass Transition Temperature

Different types of polymers have different degrees of flexibility at any given temperature

Selection of polymer type is dependent on specific application performance requirements and temperature at which polymer will be used

“Feel” of Polymers at Room Temperature

PSA: Very tacky Sealant/Elastomeric: Pliable, elastic, tacky Architectural paint: Pliable to hard Industrial: Hard, rigid

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LATEX

Latex Particles

Polymer Chains

Monomer Units

Macroscopic

Microscopic

Submicroscopic

Molecular

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Monomer Tg (°C) Rating Affinity for water

Ethylene -125 Soft hydrophobic

2-Ethylhexyl acrylate -64 Soft hydrophobic

n-Butyl acrylate -54 Soft hydrophobic

Ethyl acrylate -23 Soft

Methyl acrylate 8 Middle

Vinyl acetate 32 Middle hydrophilic

Acrylonitrile 97 Hard

Styrene 100 Hard hydrophobic

Methyl methacrylate 106 Hard hydrophilic

Typical Homopolymer Tg

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Properties associated with Tg

High Tg

● Hard ● Block resistant ● Rigid ● Brittle ● Glossy ● Higher VOC demand ● Good dirt pick-up resistance

Low Tg

● Soft ● Poorer blocking ● Flexible ● Elastic ● Tacky ● Low gloss ● More dirt pick-up ● Low VOC systems

ACR offers a broad range of chemistries over a wide Tg range (-50°C to + 50°C)

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Different end use applications demand polymers with different Tg

-50°C -25°C 0°C 75°C 100°C 25°C 50°C

BA VAc Styrene

MMA EA

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PSA

Sealants (caulks)

Elastomeric coatings

Construction products

Architectural coatings

Industrial coatings

Formulator’s View of Latex Properties

Monomer selection/Functionality ● Durability ● Water resistance ● Self thickening ● Adhesion

Minimum film forming temperature (MFFT) ● Film-forming ability ● Co-solvent/plasticizer demand

Structure/property relationships

Glass transition temperature (Tg) ● “Hardness” ● Dirt pick-up resistance ● Tensile/elongation

Molecular weight ● Exterior durability ● “Toughness”

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Summary

LATEX

Latex Particles

Polymer Chains

Monomer Units

Milky white dispersion of polymer particles in water

Particle size is 10-1000 nm. Very high number concentration. Form films by evaporation of water.

Largely determine application properties. Length of chain (molecular weight) and flexibility most important properties.

Covalently bound together to form polymer chains. Emulsion polymerization is a form of free radical polymerization where water is used as the “solvent.”

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North American Latex Markets

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North American Latex Volume by Market

27 Kline 2012 overall NA latex market = 6,392 MM dry pounds

Paint (Arch), 1634

Paint (Industrial), 500

Paint (Traffic), 100

Adhesives, 934

Paper, 1003 Nonwovens, 536

Carpets, 433

Glass Fiber, 43

Construction & Sealants, 492

Textile, 339

Polishes and Waxes, 69Graphic Arts, 178

Other, 131

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North American Latex Volume by Chemistry

28 Others includes PUR, Neoprene, ABN, terpolymers, EVCL, PVC

ENVIA®

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Arkema Coating Resins self certification program

Demonstrates commitment to sustainable formulated products ● Helping support “Green” initiatives ● Reduction of air pollution ● Meeting VOC (Volatile Organic Compounds) ● Reducing environmental impact ● Enabling sustainable formulating

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No added alkyl phenol ethoxylate (APEO) surfactants

No added formaldehyde or formaldehyde donors

Total latex VOC <5 g/L

Below regulatory reporting limits for carcinogens, reproductive toxins and ozone depleting compounds

Low residual monomer levels ● Total monomer <500 ppm

Minimal use of Hazardous Substances ● Green Seal™ hazardous components

– <0.01% per component ● California Prop 65 substances

– Minimized and documented with data available upon request ● Hazardous Air Pollutants (HAPS) < 0.1% ● No known added phthalates, triphenyl or tributyl tins, 1,2-dichlorobenzene

Product Overview

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http://www.gograph.com/x-gg65540081.html

Tool Box of Polymers

Broadest technology platform ● NEOCAR® Acrylic polymers ● Acrylic polymers ● Styrene acrylic polymers ● NEOCAR® polymers ● Vinyl acrylic polymers ● Vinyl acetate ethylene polymers ● Styrene-butadiene polymers

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Diverse product range to provide options to our customers

Waterborne Chemistry Arkema BASF Dow

Acrylic Alkyd Dispersions

Styrene acrylic Styrene butadiene

Vinyl acetate-ethylene

Vinyl-acrylic Vinyl versatate-

acrylic

Vinyl versatate-vinyl acetate

Opacifier

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Supporting a range of markets and applications

Architectural Coatings, Graphic Arts

EIFS

Elastomeric Coatings

Construction, Cement, Waterproofing & Floor Care

Industrial Coatings

Traffic Paint

PSA Sealants

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Building Products Market: Caulks and Sealants

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Quality Levels

Non-spec ● Products used to seal or repair cracks in interior millwork

ASTM C 834 ● Typically marketed with a 15 to 40 year warranty ● “Middle of the road” caulk (good performance) ● ASTM C 834 testing

– Specification includes testing typically conducted for “non-spec” caulk plus: - Artificial weathering - Low temperature flex - Extension recovery

ASTM C 920 ● Typically marketed with a 40-year to lifetime warranty ● ASTM C 920 testing

– Specification includes testing conducted for C 834 plus: - Hardness - Cyclic movement - Adhesion/peel - Accelerated weathering

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Product Chemistry Total solids (%)

Tg (oC) Features

CONTRACTOR CAULKS/SEALANTS

ENCOR® 162 Vinyl acrylic 55 7 Contractor/DIY caulk

ASTM C 834 CAULK

ENCOR® 154S Acrylic 60 -4 Pigmented caulk

ENCOR® 182 Vinyl acetate ethylene 55 11

Pigmented caulk, can be formulated without modification to meet 0oC flexibility requirement, must be blend with ENCOR 169S to pass -17oC flexibility

ENCOR® 9192 Acrylic 66 0 True clear caulk

ASTM C 920 CAULK

ENCOR® 163S Acrylic 58 -11 Pigmented caulk

ENCOR® 169S Styrene acrylic 62.5 -22 Translucent/pigmented caulk

ENCOR® 9176 Styrene acrylic 61 -21 Pigmented caulk; crosslinking; adhesion to low energy substrates

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Building Products Market: EIFS

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Air-Water barrier

Base coat

Adhesive coat

Finish Coat

EIFS Assembly


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Product Chemistry Total solids (%) Tg (oC) Features

AIR-MOISTURE BARRIER

ENCOR® 496 Styrene acrylic 50 -7 Can be formulated to produce an air-moisture barrier with high water vapor transmission rates

ADHESIVE/BASE COAT

ENCOR® 413 Acrylic 47 13 Suitable for base and finish coats; passes ANSI/EIMA 99A-2001

ENCOR® 490 Acrylic 47 13 Suitable for base and finish coats; passes ANSI/EIMA 99A-2001

ENCOR® 496 Styrene acrylic 50 -7 Suitable for base and finish coats; passes ANSI/EIMA 99A-2001

ENCOR® 446 Styrene acrylic 62 12 Suitable for base and finish coats; passes ANSI/EIMA 99A-2001; Mastic adhesive

NEOCAR® 493 Vinyl acetate-versatate 55 5 Suitable for base and finish coats; passes

ANSI/EIMA 99A-2001, economical

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TEXTURED FINISH OR REFINISH COAT

ENCOR® 413 Acrylic 47 13 Finish coat

ENCOR® 490 Acrylic 47 13 Dirt pick-up resistant finish coat

ENCOR® 496 Styrene acrylic 50 -7

High flexibility makes it suitable for use in extreme cold weather climates; Dirt pick-up resistant finish coat

NEOCAR® 493 Vinyl acetate-versatate 55 5 Excellent cost-performance finishes

CLEAR AGGREGATE FINISH

NEOCAR® Acrylic 820 NEOCAR Acrylic 45 20 Ultra-small particle size; highly

hydrophobic for clear sealers

SNAP® 720 Acrylic 49 0 Low VOC, high gloss clear sealers, extremely blush resistant

Building Products Market: Elastomerics

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Roof Restoration is 98% of market for elastomeric roof coatings

Repairing an existing roof near the end of it’s service life is more cost effective than replacing ● Most roofs are replaced due to damage to a very small portion of the roofing

membrane ● Cool (white) roofing is a prevalent topic with architects and building owners, most

membranes darken with age and lose performance

Elastomeric coatings sold in Florida must be meet ASTM D-6083 and Dade county code. Compliance with D-6083 is optional in other areas.


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Hail damage

Crazing Seam splitting

UV deterioration

Dirt pick up and mildew growth

Modes of Failure Loss of solar reflectance

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Tg (oC) Features

ASTM D-6083 COMPLIANT ELASTOMERICS

ENCOR® 123 Styrene acrylic 60 -17 White elastomeric roof coatings with weather resistance

ENCOR® Flex 187 Acrylic 60 -18 White elastomeric roof coatings with dirt pick-up resistance

ENCOR® Flex 192 Styrene acrylic 61 -21 White elastomeric roof coating over aged TPO; dirt pick-up resistance

ENCOR® 9176 Styrene acrylic 61 -21 White elastomeric coatings with crosslinking and adhesion to difficult substrates

ECONOMY ELASTOMERICS

ENCOR® 3176A Styrene acrylic 50 -7 Cost effective elastomeric

ENCOR® Flex 3186 Styrene acrylic 50 -7 Cost effective white elastomeric roof coating with dirt pick-up resistance

Building Products Market: Tape joint, adhesive, and spackling compounds

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Building Products Market: Tape joint, adhesive, and spackling compounds


Tg (oC) Features

ENCOR® 3560 Vinyl acrylic 60 22 Patch and repair compounds

ENCOR® 135 Vinyl acrylic 56.5 23 EnVia; ready mix tape joint compounds

ENCOR® 145 Styrene acrylic 48 32 Spackle and tile adhesives

ENCOR® 182 Vinyl acetate ethylene 55 11 Construction adhesives

ENCOR® 412 Acrylic 47 13 Polymer modified cement; ammonia free

ENCOR® 413 Acrylic 47 13 Polymer modified cement

ENCOR® 446 Styrene acrylic 62 12 Polymer modified cement; wood adhesives

NEOCAR® 493 Vinyl acetate-versatate 55 5 Polymer modified cement

Graphic Arts

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50

Graphic Arts


HARD RESINS

ENCOR® 8450 Styrene acrylic 99 95 Low/medium MW hard resin for high gloss OPV

ENCOR® 8460 Styrene acrylic 99 105 High/medium MW hard resin for high gloss ink

ENCOR® 8456 Styrene acrylic 99.5 56 Low MW hard resin for high gloss OPV

RESIN SOLUTIONS

ENCOR® 8634 Styrene acrylic 34 105 Neutralized version of ENCOR 8460 in ammonia

ENCOR® 8635 Styrene acrylic 34 105 Pigment grinding solution; suitable for hard-to-disperse pigments

EMULSIONS

ENCOR® 8002 Proprietary 11 NA Transfer additive for ink

ENCOR® 8135 Styrene acrylic 46 35 Alkali/cleaner-resistant inks and OPV

ENCOR® 8146 Styrene acrylic 49 90 Fast dry, high gloss inks and OPV; used in combination with ENCOR 8155 or 8440

ENCOR® 8155 Styrene acrylic 48 -37 High flexibility, water-resistant ink for films

ENCOR® 8180 Styrene acrylic 38 -6 Temperature-resistant inks

ENCOR® 8440 Styrene acrylic 46 15 High gloss, oil-resistant inks for paperboard

ENCOR® 8569 Styrene acrylic 40 27 Economical flexo ink for corrugated substrates

Floor Care

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Floor Care Polymer Concentrate Total Solids

(%) MFFT (oC)

Maintenance Practice

Features

ENCOR® 7325 46 45 Sealer Interior/exterior concrete sealer; water resistant

ENCOR® 7038 38

ENCOR® RESPOND 38 83 Low High gloss, durability

ENCOR® 7051 30

ENCOR® 7002 32 Medium Medium/high durability; high gloss

ENCOR® SHIELD 38 78 Low/medium Highest initial gloss

ENCOR® 7009 32

ENCOR® 7247 40 63 Medium/High High gloss

ENCOR® 7014 36

ENCOR® 7254 42 67 Medium/High Clarity and gloss for high traffic area

ENCOR® 7059 34

ENCOR® 7264 42 68 High High gloss, durability; APE free

ENCOR® 7074 36

ENCOR® RAIN 42 85 Low/Medium High gloss; Green Seal/DfE recognized formulations

ENCOR® 7542 44 Low/Medium Improves leveling in floor finishes

Architectural Market

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Architectural Market: Typical polymer properties

Vinyl acrylic Pros - Cost effective, good scrub resistance, binding efficiency and color retention Cons - Water sensitive, poor block and alkali resistance, no wet adhesion

Vinyl acetate ethylene (VAE) Pros – Excellent scrub resistance and color touch-up potential Cons - Poor block and alkali resistance, no wet adhesion

Acrylic Pros – Excellent exterior durability and adhesion, good alkali, grain crack and stain

resistance Cons - Poor scrub resistance

NEOCAR and NEOCAR Acrylic Pros – Good exterior durability and adhesion, good alkali, grain crack, stain and scrub

resistance, extremely hydrophobic (NEOCAR Acrylics) Cons - Poor gloss development

Styrene acrylic Pros - Hydrophobic, good adhesion, excellent alkali, stain and scrub resistance Cons - Potential to chalk and yellow, little grain crack resistance

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Architectural Market: Interior Wall


Tg (oC) Features

INTERIOR

ENCOR® 357 Vinyl acrylic 56.5 23 EnVia; general purpose binder with block resistance

ENCOR® 367 Vinyl acrylic 55 19 General purpose binder with good stability; suitable for intumescent coatings

ENCOR® 379G Vinyl acrylic 55 19 Provides coatings with scrub resistance and durability

ENCOR® 309 Vinyl acrylic 55 19 EnVia; provides coatings with scrub resistance and durability

ENCOR® 300 Vinyl acrylic 55 4 General purpose binder; no need for coalescing solvents

ENCOR® 320 Vinyl acrylic 55 4 EnVia; high performance, low VOC-capable binder

ENCOR® 282 Vinyl acetate ethylene 55 11 EnVia; high performance, general purpose

binder

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Architectural Market: Interior/exterior wall and trim


Tg (oC) Features

INTERIOR / EXTERIOR

ENCOR® 626 Acrylic 50 29 Multipurpose binder for interior/exterior coatings with wet adhesion

ENCOR® 631 Acrylic 50 N/A EnVia; high performance binder for flat to gloss coatings

ENCOR® 657 Acrylic 58 16 Cost effective high solids binder for masonry and wall coatings

SNAP® 720 Acrylic 49 N/A EnVia; low VOC, high gloss coatings with block resistance

SNAP® 728 Acrylic 49 N/A EnVia; low VOC, high gloss coatings with dirt pick-up and scrub resistance

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Architectural Market: Interior/exterior wall and trim


Tg (oC) Features

INTERIOR / EXTERIOR

NEOCAR® Latex 2300 NEOCAR® Latex 55 5 Masonry coatings

NEOCAR® Latex 2535 NEOCAR® Latex 53.5 10 General purpose binder for high-film build coatings with wet adhesion

NEOCAR® Acrylic 820 NEOCAR® Acrylic 45 20 Ultra-small particle size binder for

water and blush resistance

NEOCAR® Acrylic 850 NEOCAR® Acrylic 45 50

Ultra-small particle size binder with crosslinking for coatings with block and chemical resistance

ENCOR® 461 Styrene acrylic 47 -5 Alkyd-like rheology and gloss

ENCOR® 471 Styrene acrylic 48 44 Alkyd-like rheology and gloss

ENCOR® 481 Styrene acrylic 48 -3 Alkyd-like rheology and gloss

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Architectural Market: Primers and specialties


Tg (oC) Features

PRIMERS

ENCOR® 627 Acrylic 43.5 15 Suitable for stain blocking primers with wet adhesion

ENCOR® DL 215 Styrene butadiene 49 39 Primer sealers

ENCOR® CL36 Acrylic 49 20 Suitable for primer and topcoats; efflorescence resistance over masonry

SPECIALTIES

ENCOR® DL 313 Styrene butadiene 49 -1 Moisture vapor barrier

ENCOR® 651 Acrylic 65 12 Abrasion resistance coatings for athletic surfaces

ENCOR® 449 Vinyl acrylic 55 22 Formulated strippable coating

CELOCOR® Opaque Polymer Voided particle 30 N/A EnVia; imparts hiding and acts as

partial replacement for TiO2

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Architectural Coatings Market: Direct-to-metal


Tg (oC) Features

ENCOR® DM 166 Styrene acrylic 41 37 General metal gloss topcoats; 150 g/L

VOC potential

ENCOR® DM 99 Styrene acrylic 42 46 General metal primer and topcoat;

adhesion

ENCOR® DM 109 Styrene acrylic 47 40 General metal primers; corrosion,

chemical, block resistance

ENCOR® DL 215 Styrene butadiene 49 39 Primer sealers

NEOCAR® Acrylic 850 NEOCAR® Acrylic 45 50 Direct-to-metal coatings with corrosion

resistance

Pressure Sensitive Adhesives

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PSA are used in the manufacture of tapes, labels and over-laminate films

They can be supplied as either waterborne latexes, solventborne solutions or 100% solids hot melts, with waterborne being the largest type

Waterborne PSA must be formulated or compounded to achieve the desired adhesion and application characteristics

In NA labels are the largest consumers of PSA

Labels can be categorized as either paper, filmic or metallic based on the face stock type ● Label adhesives types can be further sub-

categorized based on their adhesive properties (i.e. permanent, removal repositionable) and the conditions under which they will be used

● The primary adhesive properties are peel strength, tack and shear adhesion

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Tg (oC) Features

LABELS - PERMANENT

ENCOR® 9165 Acrylic 52 -34 Base latex for general purpose filmic labels

ENCOR® 9290 Acrylic 50 -42 EnVia; coater-ready all purpose PSA

ENCOR® 9285 Styrene acrylic 50 -38 EnVia; coater-ready adhesive for clear, water-resistant labels

LABELS - ALL TEMPERATURE PERMANENT

ENCOR® 9569 Acrylic 57.5 -53 Label and tapes for low energy substrates; ambient to sub-freezing temperatures

TAPES

ENCOR® 9801 Acrylic 55 -42 Packing tapes

OVER-LAMINATE FILMS

ENCOR® 9291 Acrylic 50 -42 High speed gravure direct coating of treated films

Traffic Paint

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Traffic Paint

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Over 30 million gallons of waterborne traffic paints, consuming approximately 150MM lbs of latex, are applied every year

Striping season runs from March through the end of October

The composition and performance of traffic paints are dictated by the federal government and state Departments of Transportation ● Dry time is a key performance

attribute, traffic paint must be dry to touch in <10mins (ASTM D-711)

Arkema and Dow are the only two suppliers of FAST DRY latexes for water-borne traffic paint in NA (patent protected)

Non-FAST DRY products are used primarily for parking lots

Traffic Paint

Latex Chemistry Dry time Total Solids (%)

Properties

ENCOR® DT 100 Acrylic Conventional 60 Industry standard; F/T and heat age stable

ENCOR® DT 211 Acrylic Fast 49.5 Superior wet adhesion, no tracking

ENCOR® DT 250 Styrene acrylic Fast 49.5 Early water resistance; wear resistance; fast dry at high humidity

ENCOR® DT 400 Styrene acrylic Fast 49.5 Superior durability; high film build

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Soil Stabilization/Dust control

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Atmospheric dust (<10um in diameter), or PM10 fugitive dust has been shown to be associated with severe health problems. ● EPA studies have identified exposure to PM10 and PM2.5 as the cause of several

critical health problems, including higher incidences of critical asthma episodes, low-lung respiratory infections, and other respiratory distresses.

Under the Clean Air Act, PM10 fugitive dust must be controlled using the best available control measures.

Latexes are used for dust control, erosion control, and soil stabilization on unpaved roads, building pads, parking lots, fields, and other off-road motor vehicle parks

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Tg (oC) Features

ENCOR® DC 3879 Vinyl acrylic 56.5 23 EnVia; dust control

ENCOR® DC 3880 Vinyl acetate ethylene 22.5 11 EnVia; dust control

ENCOR® DC 3881 Acrylic 49 0 Envia dust control, excellent durability

Highlights of Today’s Webinar Summary

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Recap

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Today’s session was intended as a high level overview of technology and markets

ACR has the widest range of waterborne chemistry ● Allows you to offer optimal solution for the customer’s needs

Arkema has products and expertise for a broad range of markets

Take advantage of the more market specific training opportunities coming up in 2014 ● ACR Webinar Series and enhanced on-site training sessions

Utilize the resources ACR is developing to enhance your knowledge of our products and the markets that we serve ● Improved website and product finder ● Enhanced technical data sheets and product literature

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Questions? Please contact the Account Team

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Mary Chervenak [email protected]

Marlene Hernandez [email protected]

Mark Piggott [email protected]

Commercial Questions

Latin America

Commercial Questions

USA & Canada

Technical Questions

2014 ACR Webinar Series

Next Month’s Topic: Caulks and Sealants: Test methods, Product Classes, Competitive products and ACR Technology

Speaker: Rick Miner

Title: Senior Technical Account Coordinator

Friday April 25, 2014 @ 2:00pm ET

Arkema Coating Resins

Thank You for Joining Us!!

See you in April!!

arkema coating resins welcome to the 2014 acr … 2 latex 101_2/files... · arkema coating resins...

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