www.pigmentan.comwww.pigmentan.com

Anticorrosion Market TrendsAnticorrosion Market TrendsReplacement of Chromate & Red Lead :

Major technological breakthroughMajor technological breakthroughsubstitutes are less effective (Molibdates, Silicates, Borates).Borates).

Regulations by regions for Lead, Chromates, ZincZinc

California recent law forbidding use of chromate-containing primers in automotive/refinishcontaining primers in automotive/refinishROHS & REACH regulations in Europe

Mili i Ch fMilitary opening to Chromate-free systems

Pigmentan BackgroundPigmentan BackgroundPigmentan vision is to lead the anticorrosion inhibitors marketinhibitors marketPrivately owned company.Pigmentan offers the most inno ati e cost efficientPigmentan offers the most innovative, cost efficient, environmentally friendly anticorrosion pigment for metal protectionmetal protection.Pigmentan is based on an oxy-amino phosphates of magnesiamagnesiaPigmentan products were tested and approved by more than 500 paint manufacturers in Europemore than 500 paint manufacturers in Europe, Asia, North and Latin America.

Pigmentan MilestonesPigmentan Milestonesgg1999 - Product successfully tested in Israel.2000 - Tests and evaluation carried out worldwide.2000 Tests and evaluation carried out worldwide.2000 - ISO 9001-2000 certified.2001 - First Patent granted in the US2001 First Patent granted in the US.2002 - Approved by TSCA to market in the US.2003 – Pigmentan starts its commercial sales2003 Pigmentan starts its commercial sales.2004 - Approved by EINECS to market in the Europe.2004 - Signed large scale toll manufacturing agreement2004 - Signed large scale toll manufacturing agreement2005 - Approved by AICS and ERMA to market in the Australia & NZ.Australia & NZ.2007 – 2nd Patent granted in the US.

Intellectual PropertyIntellectual Propertyp yp yTotal of 4 patents protecting environmentally friendly

metal protection in paints coatings conversion coatingsmetal protection in paints, coatings, conversion coatings and additional applications.

Multinational filling in Europe USA and Asia (JapanMultinational filling in Europe, USA and Asia (Japan, India, China, Korea).

Business ArenaBusiness ArenaPaints and Coatings:

Total Available Market: 300M$/80KTonTarget market share: 15% by 2012

Conversion CoatingsTotal Available Market: 1000M$Advanced development stage. Product launch by 2009.

Process Water TreatmentTotal Available Market: 4000M$/80KTonFeasibility test with Israeli Refineries.

BiocidesTotal Available Market: 500M$/50KTonStrategic cooperation with large Biocides manufacturer

Pigmentan BenefitsPigmentan BenefitsEfficiency:Efficiency:High efficacy patented Magnesia (MgO) protection g y p g ( g ) pfor metal.

Cost effectiveness:Cost effectiveness:Cost effectiveness:Cost effectiveness:Up to 70% saving in pigment weight loading!!!

Pigmentan BenefitsPigmentan BenefitsNonNon--toxic: toxic: does not contain any heavy metal or toxic material such as Chromates or Lead.

Environmentally friendly:Environmentally friendly:Environmentally friendly:Environmentally friendly:Does not require hazardous labeling. Does not contain Zinc and design toDoes not contain Zinc and design to meet REACH and ROHS regulations

Paints and coatings market SegmentsPaints and coatings market Segmentsg gg gGeneral maintenance, ‘Do It Yourself’.

Home appliances

Industrial coatings.

A i d tAerospace industry.

Automotive industryAutomotive industry.

Marine paints industry.p y

Paints and Coatings solutions Paints and Coatings solutions High efficient solutions for Aluminum &

St lSteelSolvent based paints:

EpoxyAlkydy

Water Base solutionWash PrimersWash PrimersCoil Coatings

Multinational activities …Multinational activities …Akzo Nobel: Industrial, Aerospace paintsPPG: Industrial, Aerospace paintsBecker: Industrial Coil coatingsBecker: Industrial , Coil coatingsSigma Kalon: IndustrialICI: Industrial & DIYTeknos: IndustrialTeknos: IndustrialTikkurila: IndustrialHempel: Industrial

Pigmentan Manufacturing processPigmentan Manufacturing process

Ch i l i

MgO and other components

Chemical Reaction

Spray dryQC

Sp ay d y

Micro size grinding

QC

25kg Packing

Shipment

Pigmentan Quality CyclePigmentan Quality CycleISO 9001:2000 approvedEvery batch approved by process pp y plab according to ASTM in-process pand outgoing

R&DR&DApplications and Chemistry lab including:

Salt SprayHumidity chamberChemical analysis

Cooperation with largest technological institutes in Israel.

Worldwide distribution centersWorldwide distribution centers

EuropeEuropeEurope Europe A iA iAmericasAmericasAsia and OceaniaAsia and Oceania

NOVEL HIGH PERFORMANCE ANTINOVEL HIGH PERFORMANCE ANTI--CORROSION PIGMENTSCORROSION PIGMENTSCORROSION PIGMENTSCORROSION PIGMENTS

ARIEH CALAHORRA – Pigmentan Ltd ,October 2007

How do we control corrosionHow do we control corrosion

Retard the cathodic reaction

Retard the anodic reactionRetard the anodic reaction

pH control – alkaline environment to passivate the surfacep

What makes an ideal antiWhat makes an ideal anti--corrosion pigmentcorrosion pigment

Anodic inhibitor – oxidative (chromate)Anodic inhibitor – oxidative (chromate) film forming (phosphate)

C h di i hibi II l iCathodic inhibitor – group II metal cations(Mg2+, Ca2+, Ba2+,

Zn2+, Pb2+)pH control – basic pigmentspH control basic pigments

Oxyamino phosphate of Oxyamino phosphate of y p p fy p p fmagnesiamagnesia

AmineAmineAmineAmine

Phosphate Phosphate MgOMgO

Pigmentan product portfolioPigmentan product portfolioPigmentan 465MPigmentan 465M – Premium grade for Al i & St l t tiAluminum & Steel protectionPigmentan EPigmentan E - Premium grade for Steel & Aluminum protectionPigmentan EMPigmentan EM – as 1:1 substitute for basic ggzinc phosphatePigmentan EAPigmentan EA – for waterborne metalPigmentan EAPigmentan EA for waterborne metal primers

Pigmentan 465MPigmentan 465MPigmentan 465MPigmentan 465MNon Toxic Heavy metal Chrome & Zinc freeNon Toxic Heavy metal Chrome & Zinc freeNon Toxic , Heavy metal, Chrome & Zinc freeNon Toxic , Heavy metal, Chrome & Zinc freeSuitable for solvent and water borne primers.Suitable for solvent and water borne primers.Multi purpose Multi purpose –– Alkyd, Epoxy , PVB, Alkyd, Epoxy , PVB, Polyurethane, Polyester.Polyurethane, Polyester.Suitable to ferrous, aluminum. Galvanized, & Suitable to ferrous, aluminum. Galvanized, & magnesium substrates.magnesium substrates.ggPH PH ÷÷ 9.79.7--10.510.5SGSG ÷÷ 2 22 2 ±± 0 15 (g/ml)0 15 (g/ml)SG SG ÷÷ 2.2 2.2 ±± 0.15 (g/ml)0.15 (g/ml)Oil Absorption Oil Absorption ÷÷ 55 55 ±± 10 (g oil/100g pigment)10 (g oil/100g pigment)

Pigmentan EPigmentan EggNon Toxic , Heavy metal, Chrome & Zinc freeNon Toxic , Heavy metal, Chrome & Zinc freeSuitable for solvent but not for water borne Suitable for solvent but not for water borne paints.paints.Multi purpose Multi purpose –– Alkyd, Epoxy , PVB, Alkyd, Epoxy , PVB, Polyurethane, Polyester.Polyurethane, Polyester.y , yy , ySuitable to ferrous, aluminum. Galvanized, & Suitable to ferrous, aluminum. Galvanized, & magnesium substratesmagnesium substratesmagnesium substrates.magnesium substrates.PH PH ÷÷ 10.010.0--10.710.7SGSG 2 352 35 0 1 ( / l)0 1 ( / l)SG SG ÷÷ 2.35 2.35 ±± 0.1 (g/ml)0.1 (g/ml)Oil Absorption Oil Absorption ÷÷ 60 60 ±± 10 (g oil/100g pigment)10 (g oil/100g pigment)

Pigmentan EM Pigmentan EM gg

Non Toxic , Heavy metal, Chrome & Zinc freeNon Toxic , Heavy metal, Chrome & Zinc freeSuitable for solvent but not for water borne Suitable for solvent but not for water borne paints.paints.Recommended to substitute basic Zn Phosphate atRecommended to substitute basic Zn Phosphate atRecommended to substitute basic Zn Phosphate at Recommended to substitute basic Zn Phosphate at a 1:1 weight ratio.a 1:1 weight ratio.Suitable to ferrous & aluminum substratesSuitable to ferrous & aluminum substratesSuitable to ferrous & aluminum substrates.Suitable to ferrous & aluminum substrates.PH PH ÷÷ 9.09.0--9.79.7SG SG ÷÷ 2.65 2.65 ±± 0.1 (g/ml)0.1 (g/ml)Oil Absorption Oil Absorption ÷÷ 30 30 ±± 5 (g oil/100g pigment)5 (g oil/100g pigment)

Pigmentan EAPigmentan EAgg

Non Toxic , Heavy metal, Chrome & Zinc freeNon Toxic , Heavy metal, Chrome & Zinc freeSuitable for water borne paints.Suitable for water borne paints.ppMulti purpose Multi purpose –– Alkyd, Epoxy , PVB, Alkyd, Epoxy , PVB, Polyurethane, Polyester.Polyurethane, Polyester.Polyurethane, Polyester.Polyurethane, Polyester.Suitable to ferrous, aluminum. Galvanized, & Suitable to ferrous, aluminum. Galvanized, & magnesium substratesmagnesium substratesmagnesium substrates.magnesium substrates.PH PH ÷÷ 9.59.5--10.210.2SG SG ÷÷ 2.25 2.25 ±± 0.1 (g/ml)0.1 (g/ml)Oil Absorption Oil Absorption ÷÷ 50 50 ±± 10 (g oil/100g pigment10 (g oil/100g pigment

How to use PigmentanHow to use PigmentanHow to use PigmentanHow to use PigmentanDiff t i d i Pi t E&465MDiff t i d i Pi t E&465MDifferent amines used in Pigmentan E&465M Different amines used in Pigmentan E&465M provide compatibility and adjustment to various provide compatibility and adjustment to various coating systems.coating systems.coating systems.coating systems.Pigmentan A/C pigments are in most cases Pigmentan A/C pigments are in most cases interchangeable. interchangeable. ggIt is recommended to test more than one It is recommended to test more than one Pigmentan in order to optimize Pigmentan choice Pigmentan in order to optimize Pigmentan choice f ifi tf ifi tfor a specific system.for a specific system.Pigmentan EA is specifically designed for water Pigmentan EA is specifically designed for water based systemsbased systemsbased systemsbased systems

Corrosion Protection Corrosion Protection MechanismMechanism

Two stage mechanism

DissolutionDissolution

Hydrolysis

The Protection MechanismThe Protection MechanismImmediately after exposure to humidity, the amine Immediately after exposure to humidity, the amine passivates the metal surface. Pigmentan then forms a stable passivates the metal surface. Pigmentan then forms a stable p gp glayer (25layer (25--50 nm) composed mainly of magnesia (MgO) on 50 nm) composed mainly of magnesia (MgO) on the metal surface to be protected the metal surface to be protected This layer has a healing properties.This layer has a healing properties.y g p py g p pThe film is very similar in shape to the layer formed by The film is very similar in shape to the layer formed by chromates, as observed by HRSEM (High Resolution chromates, as observed by HRSEM (High Resolution Scanning Electron Microscope)Scanning Electron Microscope)Scanning Electron Microscope)Scanning Electron Microscope)These layers were composed of oxidized Mg and P as These layers were composed of oxidized Mg and P as resulted from the Auger (AES) analysis. resulted from the Auger (AES) analysis. On Steel, the protective layer keeps the metal surface On Steel, the protective layer keeps the metal surface passive, providing anodic inhibition.passive, providing anodic inhibition.On Aluminum the Pigmentan protective layer keeps theOn Aluminum the Pigmentan protective layer keeps theOn Aluminum the Pigmentan protective layer keeps the On Aluminum the Pigmentan protective layer keeps the potential much below the corrosion potential providing potential much below the corrosion potential providing cathodic inhibition. cathodic inhibition.

Pigmentan 465M on ALPigmentan 465M on AL

Pigmentan E on ALPigmentan E on AL

Zinc Chromate on ALZinc Chromate on AL

Auger Surface Analysis of AL treated Auger Surface Analysis of AL treated with Pigmentan 465Mwith Pigmentan 465Mgg

Al

O

Al Oxide

Mg(+2)

PP

Auger Surface Analysis of Steel treated Auger Surface Analysis of Steel treated with Pigmentan Ewith Pigmentan Ewith Pigmentan Ewith Pigmentan E

Fe

O

Mg(+2)

P

PotentioPotentio--Static behavior Static behavior on CRSon CRS

-0.30Pigmentan 465M

Without

-0.35)

anticorrosive pigment, the surface potential moves to the

-0.45

-0.40 Steel

Talc1316Ec

orr (

V SCE)

Paints with

Paint without A/C pigment

corrosion zone.

Pigmentan in the paint keeps the metal passive

-0.50

1319

E

No A/C Pigment

Pigmentan 465M

metal passive, above the corrosion area

0 500 1000 1500

-0.55 Corrosion Potential

Time (sec)

PotentioPotentio--Static behavior Static behavior on Aluminumon Aluminum

-0.5

-0.4 Al Upright positionWithout anticorrosive

-0.6No A/C pigment

Corrosion potential

pigment the aluminum surface potential to

-0.8

-0.7

Talc1316co

rr, (V

SCE)

P i t ith

Paint without A/C pigment

pthe corrosion zone.

Pigmentan in th i t

-1 0

-0.91316

1319Ec

Pigmentan 465M

Paints with Pigmentan 465M

the paint keep the surface potential in th i

0 200 400 600 800 1000 1200 1400

-1.1

1.0 gthe immune area.

0 200 400 600 800 1000 1200 1400

Time (sec)

Passive Film FormationPassive Film Formation

Steel cathodic protectionSteel – cathodic protection

Aluminium – anodic protection

Performance in PaintsPerformance in PaintsffSteel – heavy dutySteel – general industrialGalvanised steelGalvanised steelAluminium – general industrialAluminium - aerospace

Alkyd Primers for DIYAlkyd Primers for DIYAlkyd Primers for DIYAlkyd Primers for DIY

Adhesion test after 200 hr salt spray

Butrol 9102 Halox CW 491 Shildex AC5Pigmentan 465M Zinc Phosphate

Alkyd Primers + Alkyd Alkyd Primers + Alkyd Topcoat for DIYTopcoat for DIY

Adhesion test after 200 hr salt spray

Zinc Phosphate Shildex AC5 Pigmentan 465M Pigmentan 465M

+ Irgacor 153 Irgacor 153

DTM (Direct to Metal) PaintsDTM (Direct to Metal) Paintsft 504 h lt d i t l DFT ft 504 h lt d i t l DFT 80 i80 iafter 504 hrs salt spray and paint removal. DFT after 504 hrs salt spray and paint removal. DFT –– 80 micron80 micron

Commercial paint with 5% zinc phosphate

Commercial paint with 3% Pigmentan 465M

Commercial paint with 6% zinc phosphate

Pigmentan loading is 60% by weight,

compared to Modified zinc

phosphatephosphate

PigmentanPigmentan loading is 30% by weight, compared to Modified zinc

phosphate

BAKING ENAMEL1500 hours salt sprayp yGalvanised steelSubstrate

High Solids 2K epoxy primer for Aerospace High Solids 2K epoxy primer for Aerospace after 1000 hr filiform testafter 1000 hr filiform testafter 1000 hr filiform testafter 1000 hr filiform test

Pigmentan 465M

High Solids 2K epoxy primer for Aerospace High Solids 2K epoxy primer for Aerospace after 2000 hr salt spray testafter 2000 hr salt spray testafter 2000 hr salt spray testafter 2000 hr salt spray test

Pigmentan 465M

Pigmentan Wash primersPigmentan Wash primers

Non Chromate, highly efficient , g ywash primers using Pigmentan

Pigmentan 465M 2500hr SST

Pigmentan E 2500hr SST

TopTop--coated Wash Primercoated Wash PrimerAL P l ft 2520 h i S lt SAL P l ft 2520 h i S lt SAL Panels after 2520 hours in Salt SprayAL Panels after 2520 hours in Salt Spray

Pigmentan Waterborne primersPigmentan Waterborne primersUsing Pigmentan EA saves up to 50% by weight of Anticorrosive Pigmentby weight of Anticorrosive Pigment consumption.

Pigmentan 465M 2.6%

Modified ZnPh 5.3%

Basic Formulation guidelines Basic Formulation guidelines using Pigmentanusing Pigmentan

General instructionsGeneral instructionsSolvent based paints:Solvent based paints:Solvent based paints:Solvent based paints:

AlkydAlkydEpoxyEpoxyEpoxyEpoxy

Wash PrimerWash PrimerWater Based paintsWater Based paintsWater Based paintsWater Based paints

Formulation Considerations Formulation Considerations using Pigmentan (1)using Pigmentan (1)

Not a “Plug and Play”: Pigmentan in many cases reacts Not a “Plug and Play”: Pigmentan in many cases reacts differently from other antidifferently from other anti--corrosion inhibitor, therefore corrosion inhibitor, therefore cannot be substitutes cannot be substitutes 11::1 1 (except Pigmentan EM) and needs (except Pigmentan EM) and needs minor formulation adjustments.minor formulation adjustments.

Relatively high oil absorption of Pigmentan may change theRelatively high oil absorption of Pigmentan may change theRelatively high oil absorption of Pigmentan may change the Relatively high oil absorption of Pigmentan may change the PVC (PVC/CPVC) of existing formulations.PVC (PVC/CPVC) of existing formulations.

Alkaline nature of Pigmentan products means:Alkaline nature of Pigmentan products means:g pg pWater Based coatings formulations should be adjusted by using Water Based coatings formulations should be adjusted by using appropriate dispersants and other ingredients to avoid viscosity appropriate dispersants and other ingredients to avoid viscosity increase.increase.increase. increase. Alkyd binders should have Acid No. <Alkyd binders should have Acid No. <2020..

Formulation Considerations Formulation Considerations i Pi t (2)i Pi t (2)using Pigmentan (2)using Pigmentan (2)

Pi t l di i l l / l tPi t l di i l l / l tPigmentan loading is always lower/equal to Pigmentan loading is always lower/equal to existing A/C Pigmentan.existing A/C Pigmentan.The compensation will be made by fillers: The compensation will be made by fillers: Barites ,Talc or CaBarites ,Talc or Ca--Carbonate,Carbonate,,, ,,Λ values, Λ = PVC /CPVC of the formulation Λ values, Λ = PVC /CPVC of the formulation t l l > 0 5t l l > 0 5at level > 0.5. at level > 0.5.

Alkyd PrimersAlkyd PrimersExisting formulation: Existing formulation:

exchange the existing anticorrosive pigment with Pigmentan E or exchange the existing anticorrosive pigment with Pigmentan E or 465M in the ratio of 40465M in the ratio of 40--60% by volume Pigmentan EM can60% by volume Pigmentan EM can465M in the ratio of 40465M in the ratio of 40--60% by volume. Pigmentan EM can 60% by volume. Pigmentan EM can exchange Zn Phosphate 1:1 by weightexchange Zn Phosphate 1:1 by weightRecommended binder is a long or medium oil length alkyd. Recommended binder is a long or medium oil length alkyd. A i t i th f 1 1 t 4 1 ith h li difi dA i t i th f 1 1 t 4 1 ith h li difi dA mixture in the range of 1:1 up to 4:1 with a phenolic modified A mixture in the range of 1:1 up to 4:1 with a phenolic modified alkyd can be considered.alkyd can be considered.Acid Number of the alkyd used should be <20. Acid Number of the alkyd used should be <20. In case of an acid number >20, neutralization with an amine such In case of an acid number >20, neutralization with an amine such as triethylamine should be considered.as triethylamine should be considered.

New formulation:New formulation:New formulation:New formulation:Pigmentan 465M, E : 2.5Pigmentan 465M, E : 2.5--4% by weight on the total formulation 4% by weight on the total formulation Pigmentan EM : 6Pigmentan EM : 6--9% by weight on the total formulation9% by weight on the total formulation

Industrial Epoxy PrimersIndustrial Epoxy PrimersIntroducing Pigmentan can be done either in the B part Introducing Pigmentan can be done either in the B part (recommended) or A part.(recommended) or A part.Existing formulations Existing formulations

Replacement of zinc phosphates,Replacement of zinc phosphates,For Pigmentan 465M : 40 to 60% by weightFor Pigmentan 465M : 40 to 60% by weightFor Pigmentan E : 30For Pigmentan E : 30--40% by weight 40% by weight gg y gy g

New formulations :New formulations :For Pigmentan 465M : 6For Pigmentan 465M : 6--7% by weight on the total 7% by weight on the total gg y gy gformulation formulation For Pigmentan E : 2.5For Pigmentan E : 2.5--3.5% by weight on the total 3.5% by weight on the total formulation formulation

Wash PrimersWash PrimersIn classical WashIn classical Wash--Primer (based on PVB and Phosphoric Primer (based on PVB and Phosphoric acid) , the anti corrosion pigment is zinc chromate or acid) , the anti corrosion pigment is zinc chromate or Zinc tetraZinc tetra oxyoxy chromatechromateZinc tetraZinc tetra--oxyoxy--chromate.chromate.Pigmentan developed an alternative solution for wash Pigmentan developed an alternative solution for wash primers that gives an improved performance compared primers that gives an improved performance compared to chromate based pigmentation.to chromate based pigmentation.The recommend loading (in formulation with 10The recommend loading (in formulation with 10--20% 20% non volatiles by volume)non volatiles by volume)non volatiles by volume) non volatiles by volume)

44--6% by weight on the total formulation for 6% by weight on the total formulation for Pigmentan 465MPigmentan 465M2 52 5 3 5% b i ht th t t l f l ti f3 5% b i ht th t t l f l ti f2.52.5--3.5% by weight on the total formulation for 3.5% by weight on the total formulation for Pigmentan E.Pigmentan E.

Additional Recommendations:Additional Recommendations:For applications where a long service life is needed, it For applications where a long service life is needed, it is beneficial to add Phosphoric acid before applicationis beneficial to add Phosphoric acid before application

Water based emulsions systems: Water based emulsions systems: C id tiC id tiConsiderationsConsiderations

Emulsion/latex binder is the main variable Emulsion/latex binder is the main variable i fl i t biliti fl i t bilitinfluencing stability influencing stability Pigmentan recommends making careful Pigmentan recommends making careful g gg gscreening of the dispersant/wetting agent.screening of the dispersant/wetting agent.To improve stability, It is recommended toTo improve stability, It is recommended toTo improve stability, It is recommended to To improve stability, It is recommended to start formulating without KTPP and than to start formulating without KTPP and than to gradually increase its content up to 0.5% bygradually increase its content up to 0.5% bygradually increase its content up to 0.5% by gradually increase its content up to 0.5% by weight.weight.

Water based emulsions systems: Water based emulsions systems: Pi L diPi L diPigmentan LoadingsPigmentan Loadings

DIY d Li ht M i tDIY d Li ht M i tDIY and Light MaintenanceDIY and Light MaintenanceNew formulations New formulations

2 52 5 7 % of Pigmentan EA by weight of the total7 % of Pigmentan EA by weight of the total2.5 2.5 –– 7 % of Pigmentan EA by weight of the total 7 % of Pigmentan EA by weight of the total formulation.formulation.

Existing formulationsExisting formulationsggPigmentan EA at 60Pigmentan EA at 60--70% by wt 70% by wt

In some cases, Pigmentan 465M can be used (see In some cases, Pigmentan 465M can be used (see user manual)user manual)Industrial Primers, Protective coatings: contact Industrial Primers, Protective coatings: contact Pi tPi tPigmentan.Pigmentan.

How to use Pigmentan How to use Pigmentan blblSummary tableSummary table

Z

PIGMENT TO BE REPLACED

Zn Phosphate &Modified Zn Phosphate

Zn Phosphate &Modified Zn Phosphate

Zn Phosphate &Modified Zn Phosphate

Zn Phosphate & Modified Zn Phosphate

Zn Phosphate & Modified Zn Phosphate

Zn Chromate Zn Chromate Zn PhosphateZn Phosphate & Modified Zn Phosphate

WB ACRYLIC WB ACRYLICPAINT SYSTEM SB ALKYD SB ALKYD SB ALKYD 2K EPOXY 2K EPOXY 2k WASH

PRIMER1k ETCH PRIMER

WB ACRYLIC EMULSION -

LATEX

WB ACRYLIC EMULSION -

LATEX

MAIN USEDIY

PRIMER & DTM

DIY PRIMER & DTM

DIY PRIMER & DTM

GENERAL INDUSTRIAL

GENERAL INDUSTRIAL

PRIMER FOR ALUMINUM,

GALVANIZED S

PRIMER FOR ALUMINUM,

GALVANIZED S

DIY PRIMER & DTM

INDUSTRIAL PRIMER

DTM AND STEEL AND STEELPIGMENTAN PRODUCT EM 465M E 465M E 465M E EA EA

EXISTING FORMULATIONS % BY WEIGHT OF

same as in existing formulation 40-60 - 40-60 30-40 - - 60 - 70 contact

Pigmentan Ltd% BY WEIGHT OF EXISTING A/C PIGMENT

o u at oup to 10%

Pigmentan Ltd.

NEW FORMULATIONS %WT on total formulation

- 2.5 - 4 1.5 - 4 6 - 7 2.5 - 3.5 2.5 - 6% 2.5 - 6% 2.5 - 7 contact Pigmentan Ltd.

Metal Pretreatment (AL 2024)Metal Pretreatment (AL 2024)

After immersion in 3.5% NaCl solution for 27 days

SummarySummaryyyNovel and Innovative ProductsNovel and Innovative ProductsHighly Effective Corrosion ProtectionHighly Effective Corrosion ProtectionEnvironmentally and Eco FriendlyEnvironmentally and Eco FriendlyEnvironmentally and Eco FriendlyEnvironmentally and Eco FriendlyCost EffectiveCost EffectiveMultiMulti--purpose Usepurpose UseCommercially AvailableCommercially AvailableCommercially AvailableCommercially Available

www.pigmentan.comwww.pigmentan.com