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February 2017

COATING INDUSTRIESGERMANY

HISTORY

Coating Industries 2February 2017 Page |

NECARBO was founded by Pieter Schoen, one of the

biggest Dutch paint manufacturers, as a raw material

supplier for their daughter companies and licensees.

Pieter Schoen 1722, Varrossieau 1795 and, Vettewinkel

1809 merged together under the name Sigma Coatings.

NECARBO grew together with the Sigma Coatings Group as

an important distributor of raw materials.

Necarbo was acquired by Safic-Alcan and got member of

Safic-Alcan Group.

1965

1972

1975

1989

1998

Göbel & Pfrengle GmbH was founded as an rawmaterial

supplier for the rubber industry

Safic-Alcan founded 1847 acquires Göbel & Pfrengle and

expanded his German rubber market share, paralell to

other european subsidiary companies

Safic Alcan Deutschland GmbH got new company name

Brands Nebores® and Nebochips® are established. Coating

resins and pigment preparations coming from the captive

production facility of the Group.

Nebopolymers was founded, Neboplast® and Nebotint®

are added to the portfolio.

2012

2016 Necarbo was renamed into Safic-Alcan Necarbo B.V.

Safic-Alcan got new company Logo

2014now

Safic-Alcan expands his coatings market share by

acquisation of Necarbo.

SAFIC-ALCAN, treading of tropical products was founded in 1847

OUR OFFICES

Coating Industries 3

UNITED STATES

UK

SWEDEN

PORTUGAL SPAIN

ITALY

FRANCE

BELGIUM

NETHERLANDS

POLAND

CZECH REPUBLIC

SERBIA

BULGARIA

UKRAINEGERMANY

Page |

TURKEY

UNITED ARABEMIRATES

MALAYSIA

CHINA

ROMANIA

EGYPT

Offices and subsidiaries covering more than 50 countries

February 2017

FACTS AND FIGURES

4Coating Industries Page |

49 Mio. €

Company

Employees

Turnover

2015

466 Mio. €

448 Worldwide 37

ECARBO B.V.Group

32 Mio. €

20

Deutschland GmbH

February2017

PRODUCT OVERVIEW

RESINS

PIGMENTS; FILLER; PIGMENT PREPARATIONS

HARDENER; ADDITIVES; DRIER; CATALYSTS; GLITTER

END

5Coating industries Page |February 2017

RESINS

Phenolic Resins

● FRJ 551 H; SP 103 H; SFC 143

6Coating Industries February 2017 Page |

Vinyl Resins

● Safcar®

Nitocellulose (solutions)

● Saficol®

Polyaspartic Resins

● EcoSPRAY® ASP-7980,…

Specialty Resins

● Nebores ®, Neboplast ®,…

Alkyd Resins

● Nebores ®

Thermopl. Acrylic Resins

● Nebores ®

Hydroxy-Acrylates

● Nebores ®

PVAc Homo/Copolymers

● Neboplast ®

Acrylic-Dispersions

● Neboplast ®

Styrene-Acrylic Dispersions

● Neboplast ®

PU-Dispersions

● Neboplast ®

Hydrocarbon Resins

● Cleartack ®, Wingtack®

PIGMENTS; FILLER; PIGMENT PREPARATIONS

Luminescence Pigments

● SAFILUX® WGSC, …

7

Coating Industries February 2017

Page |

Pigment Preparations

● Nebochips ® NC; ACW; VIN; CAB

Anticorrosion Pigments

● SAFICOR® -51; -77; …

Zinc Oxides

● SILOX 2C; ACTIF; ACTIF FF; …

Aluminium Pastes

● Metana

Tinting Pastes

● Nebotint® …

Organic Pigments

● Vibfast® Phthalocyanine…

AZO Pigments

● Vibfast® Phthalocyanine…

Performance Pigments

● Vibfast® Isoindolinone…

Toner Pigments

● Vibfast® Red 5001…

Inorganic Pigments

● Vibfast® Ultramarine Blue…

Ironoxide Pigments

● OXIRED® MR11; MR25; MR50

OTHER COATING RAW MATERIALS

Isocyanate (curing agents)

● SAFIDUR®, Thanecure T9-SF


Amine (curing agents)

● SAFIDUR® AW; CA; PA; …

Moisture scravenger

● ALCHEM TI

Catalysts

● Fascat DBTDL; DBTA; MBTO…

Peroxides

● Luperox DTA; -101; DI

Dispersing agents

● Nebocitin®

Slip & Levelling additives

● Neboflow® 80X

Drier

● Nebo® HS-Drier

PES Glitter

● ALU & holographic…

February 2017

Antioxidants; HALS; UV-Absorber

● Addivant

PHENOLIC RESINS


Product physical properties Application Resin

Typesoftening

Point

[°C]

melting-

point

[°C]

color

Gardner

Methylol-

content

[%]

Paint Primer Powder Inks

SP 103HR-7529H

100 70 6 11.0 X --- --- X Resole

SMD-31144 125 --- 9 --- X --- --- --- Novolak

FRJ 551HR-7522H

115 80 8 12,0 X --- --- X Resole

SP-1045H --- 65 --- 10.0 X --- --- X Resole

HRJ-11937 150 --- 4 --- X --- --- --- Novolak

SFP 070 104 --- 4 --- --- --- X --- ---

FB-250 BX50 --- Liquid 5 --- --- X --- --- ---

L19 M3-42 --- Liquid 0-4 --- --- X --- --- ---

SFC 143 Liquid variant of SP 103H 70% in Xylene X --- --- X Resole

Characteristic changings

● Adhesion improvement

● Chemical resistance

● Weatherability

Compatibility

● Epoxy

● Alkyd

● Oil

● PVB

February 2017

PAINT INTERMEDIATES

Use of Phenolic resin as modifier:

“Cold Cut”

Dissolved in solvent and blended with alkyd resin

Novolak type Phenolic resin

HRJ 11937

SMD 31144

“Hot Cut” or cooked in

Added during process to make alkyd resin

Resole type Phenolic resin

SP-103H

R-7529H

SP-1045H


INK INTERMEDIATES

Our Typical Phenolic Resins are thermosetting and based on :

Butyl Phenol

FRJ-551H / R-7522H

SP-134H

SP-103H / R-7529H

Octyl Phenol

SP-1045H


PHENOLIC COMPETITOR RESINS

Coating Industries

Codes In 1997 In 2012

BTL-100 BAKELITE BAKELITE

Scado L-9, L-19 DSM SI Group

Uravar FB-110, FB-190, FB-209, FB-210

DSM SI Group

Varcum 2890, 29101 REICHHOLD DIC

Varcum 20690 RESISA HEXION

PR-285, PR-612, PR-307 HOECHST CYTEC

Epicure DX-200 SHELL MOMENTIVE

BKS-2600 GEORGIA PACIFIC GEORGIA PACIFIC

Varcum 29111 OXYCHEM MOMENTIVE

Alresen PA types SOLUTIA SI Group

February 2017

PHENOLIC RESINS DETAILS


Resoles are meltable, solvable phenoplastics who contain reactive methylol groups which aremaintained by alkaline condensation of phenolics with formaldehyde. Benzene rings are linked bymethylene and ether bridges. Because of the methylol groups they are different to the same eductswho are build up under acid condensation (Novolaken), and be crosslinkable by themself withlimited storage stbility. To improve the storage stability often the methylole groups are etherified, mainly with butanole. So the solubility in non polar solvents are improved too. These Resolether areused to produce coating resins. By etherification of the phenolic hydroxy groups the solubility will be improved, paralell to alkaline- and yellowing resistance. To start the hardening process ofetherifyed resoles acid katalysts and high temperatures are necessary (stoving enamel).

Novolake are phenplic resins with a formaldehyde-phenole ratio below 1:1who are produced byacid condensation. Novolake are thermoplasic and crosslinkable by adding of formaldehyde donatorlike Hexamethylentetramin. So unmeltable phenoplastics are maintained.

February 2017

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HYDROCARBON RESINS

CLEARTACK*

WINGTACK

The Cleartack W series are colorless pure-monomer resins.They are used in coatings, adhesives**, construction mastics and specialty applications. Beside they are used in compatibilization aids for the rubber market and thermoplastic modification in wax casting compounds

The Wingtack grades are high-quality, low-color C5 and C5/C9 resins.These resins have utility in many markets. Beside of adhesives**, hydrocarbon resins are used in coatings, construction mastics and many specialty applications like compatibilization aids (rubber market) and thermoplastic modification in wax casting compounds.

Hydrocarbon resins like Wingtack® and Cleartack® cover a wide spectrum of aliphatic and aromatic grades.

* Former Norsolene ** Hot Melts, pressure sensitive adhesives, -tapes, lables

Main operation purpose in coatings:- increase of solid contend- increase of chemical resistance- pigment & surface wetting- tackifying and adhesion.


HYDROCARBON RESINS

are thermoplastic polymers with a molecular weight below 2000 g/mol. Liquid- and solid resins up to a softening point of approx. 200°C are available. Depending on their raw material resource they are clustered into: - Petroleum Resins (based onto mineral oil)

- Cumaron-Inden Resins (based onto coal tar)

- Terpene Resins (based onto coniferous wood)

Advantages1. Hydrocarbon resins are solutable in aromatics, terpene, ketone, ester and ether. 2. Because of their low mollecular mass hydrocarbon resin solutions are low viscous at a high solid contend.3. In physically drying systems they improve solid contend and several wetting properties.4. Missing of saponifiable groups cause improvement of water- and chemical resistance.5. Hydrocarbon resins show no interactions with active pigments like Zinc-oxides, -phosphates…

Disadvantages1. They are mainly used in indoor applications because under UV-light they tend to embrittlement.

ApplicationfieldsHydrocarbon resins are mainly used combinations with Chlorinated rubber to develope chemical- andmarine resistant protective coatings. Often blended with tarmac or other bituminous binder. Prekondensations with drying oils allow to develope oxidative drying variants who are used in printingink industrie. Furthermore putties, adhesives, paper, carton and wood imprägnations are based on.

Coating Industries

HYDROCARBON RESINS

Type Hydrocarbon Type

Typical Properties*

Appearance Softening point(RB,°C)

Gardner Color**

Density(20°C)

Molecular weight(Mn/Mw, g/mol)

Tg(°C)

Application

W-85

PureMonomere

Colorlesssolid

85 <40 1,06 600/1050 35 1; 2, 3; 4; 5

W-90 90 <40 1,06 650/1150 40 1; 2, 3; 4; 5

W-100 100 <40 1,06 750/1400 50 1; 2, 3; 4; 5

W-110 110 <40 1,06 850/1600 60 1; 2, 3; 4; 5

W-120 120 <40 1,06 950/2000 70 4; 5

W-130 130 <40 1,06 1100/2400 80 4; 5

W-140 140 <40 1,06 1200/2900 90 4; 5

CLEARTACK



● Reinforcing properties

● End block reinforcement

● Hot tack

Applications

1 Low-VOC-Coatings

2 Industrial Coatings

3 Packaging Coatings

4 EVA / SBC hot melt Adhesives

5 PSA / hot melt adhesives,-coatings

* Acid number < 0,1; Saponification number <1,0 ** 50% Toluene solution

February 2017


HYDROCARBON RESINS

Type Hydrocarbon Type

Typical Properties*

Appearance Softening point(RB,°C)

Gardner Color**

Density(20°C)

Molecular weightMn/Mw (g/mol)

Tg(°C)

Application

10

C5Light yellowsolid

10 1.5 0,9 370-500 -31 1, 3, 5

95 98 1.7 0,94 1100-1700 51 1,2

98 98 2.3 0,95 1000-2000 48 1,2,3,4,5

RWT-7850 102 2.4 0,95 1000-2100 56 1,2,3,4,5

Plus 96 1.6 0,95 1000-1600 50 1,2,3,4,5

EXTRA 97 1.4 0,96 1200-2200 52 1,2,3,4,5

ET 95 2.0 0,96 1000-1600 47 1,3,4,5

86 87 1.2 0,98 650-1300 41 1,2,3,4,5

WINGTACK


● Adhesion; Hot tack

● High Solid contend & low viscous

● Reinforcing, wetting properties

● End block reinforcement

Applications

1 Modifying Wax-Coatings

2 Road marking

3 Packaging Coatings, Tapes

4 EVA / SBC hot melt Adhesives

5 PSA / hot melt adhesives

* Acid Number < 0,1; Saponification Number < 1,0 ** 50% Toluene solution

VINYLE RESINS


Product Vinylchloridemass. [%]

Vinylacetatemass. [%]

other monomersmass. [%]

miscellaneous

SAFCAR ® -YHH 82 – 88.5 11.5 – 18 - without functional groups

SAFCAR ® -MCH 80 – 90 9 – 19 0.5 – 1.5 with Carbonyl groups

SAFCAR ® -AGH 86 - 94 1 - 7 1.9 – 2.9 with Hydroxy groups

SAFCAR® resins fulfill the compliance regulations of FDA (CFR 175.105 / CFR 175.300) for use in food-contact applications such as: Can-, Paper-, Film-, Foil- and closure coatings



● Filmforming properties

● Water resistance


● Flexibility, weatherability

Applications

● Architectural Coatings

● Industrial Coatings

● Packaging Coatings

● Printing Ink

● Adhesives

February 2017

NITROCELLULOSE SOLUTIONS




● Drying


Applications

● Wood Coatings

● Industrial Coatings

● Printing Ink

Product CNmass. [%]

IPAmass. [%]

EtOAcmass. [%]

BuAcmass.[%]

SAFICOL E19IE 57 4.5 38.5 -

SAFICOL E33IM 30 16 27 27

SAFICOL E90IB 15 8 - 77

SAFICOL HE33E 57 4.5 38.5 -

SAFICOL HE33B 36 19 - 45

SAFICOL HE90B 17.5 7.5 - 75

Also tailor made solutions for customers are possible.

February 2017

LONGOIL ALKYD RESINS


Nebores® Typ Solid contend

(%)

Solvent Oil type orFatty acid

Oillength(%)

Viscosity(dPa.s)1

Acid Value2

Color3 Properties and applications

FP 07 90 D 90 Dearomat.White spirit

Vegetable oil

68 30 – 60 9 9 Decorative lacquers with high solid contend indoor and outdoor (VOC < 300 g/l). Good weatherability.

FP 252 7575 D

7575

White spiritDearomat.White spirit

Vegetable oil

68 40 – 5555 – 110

88

99

Architectural coatings for bright, whitecolors for indoor and outdoor, DIY, Marine coatings; good gloss andYellowing properties.

LP 225 70 DP 70 Dearomat.White spirit/ PGME

Lineseed oil

68 25 – 35 9 11 Universal, longoil Linseed-Alkyd Resin. Decorative coatings, primer and anticorrosion primer.

SP 252 65 H

70

65

70

White spirit

White spirit

Soya bean oil

63 22 – 32

65 – 90

8

9

7

7

Universal, longoil Soya bean oil-AlkydResin. Marine coatings, Decorativecoatings indoor and outdoor. Wood stains.

70 DMV

70 Dearomat.White spirit

Soyabean oil

63 40-70 8 7

SP 00 100 100 Vegetable oil

80 25 – 404 15 9 Thin fluid resin for production of Alkyd coatings with high solid contend andgood drying and yellowing properties.

1) Typical area at 23 °C2) Max. value of product in form of delivery (mg KOH/g resin)3) Max. value of product in form of delivery (Gardner)4) Viscosity at 80% solid contend in white spirit at 23 °C

February 2017

MEDIUM OIL ALKYD RESINS



(%)

Solvent Oil type orFatty acid

Oillength(%)

Viscosity(dPa.s)1

Acid Value2


L 322 50 50 White Spirit Lineseed oil

49 7 – 14 5 8 Fast drying anti corrosion primer. Aluminium coatings. Automotive lacquer. Marine coatings.

SP 262 50 50 White Spirit Soya oil 50 12 – 19 6 7 Marine coatings. Air drying primer forporous substrates. Good through drying.

SPB 272 55 LV

50 D

65 D

55

50

65

White Spirit / Xylene

Dearomat.White Spirit

Dearomat.White Spirit

Vegetable fatty acid

49 40 – 55

60 – 85

40 – 60

7

6

10

8

8

6

Airdrying coatings. Radiator coatings and high qualitystoving enamels with good flexibility andgloss retention.

1) Typical area at 23 °C2) Max. value of product in form of delivery (mg KOH/g resin)3) Max. value of product in form of delivery (Gardner)

February 2017

SHORT OIL ALKYD RESINS



(%)

Solvent Type of oil / Fatty acid

Oillength(%)

Viscosity(dPa.s)1

Acid Value2


A 39 60 X75 BA

6075

XyleneButylacetate

Peanut oil 41 3 – 620 – 35

98

54

Flexible NC-Lacquer. Fast drying stovingenamel.

R 31 55 X 55 Xylene DehydratedCastor oil

40 12 - 17 9 6 Stoving lacquers and primers for generalindustrial use.

R 44 55 X 55 Xylene DehydratedCastor oil

30 80 – 100 14 9 Low temperature elastic primer withexellent adhesion. Flex. Lacquer with good weatherability.

S 382 60 X 60 Xylene Vegitable 27 25 -- 50 12 8 Air drying industrial paints. Also cross-linkable with polyisocyanates andmelamine resins. 2-C PU and stovingenamels

SMB 35 60 X 60 Xylene Soya bean 30 48 – 60 8 6 Fast drying industrial lacquer and primer with top quality. Knifing putty. Generalstoving enamels.

SMB 402 60 X 60 Xylene Soya bean 26 20 – 30 12 9 Very fast airdrying industrial lacquer andprimer. General stoving enamels. PVC-Copolymer-compatibility.


February 2017

MODIFIED ALKYD RESINS


Nebores® Typ Solids (%)

Solvent Type of oilFatty acid

Oillength(%)

Viscosity(dPa.s)1

Acid Value2


FP 262 55 W 55 Water

Drying fatty acids

50 0-40 -- White Solvent-free, meduim-oil alkyd emul. in water forlow VOC decorative & industrial coatings

SM 35 75 BBG 75 ButanolButylglycol

30 100 –140 25 - 30 5 Water dilutable after neutralization. Air-dryinghigh-gloss topcoats and anticorrosive primers.

TM 42 35 WBG 35 Water/ Butylglycol

41 10 –40 – Opaque Fast drying, waterborne Industrial- and Leatherlacquer.Early water resistance & weatherability.

LM 43 38 WBG 38 Water/ Butylglycol

43 50 –150 – Opaque Fast drying, water based primers with early waterresistance.

DB 4004 60 X 60 Xylene Dehydr. Castor oil

40 30 –50 2 6 Epoxyester for chemicalresistent primer with goodflexibility. Stoving enamels.

HLP 21 80 X75 DP

8075

XyleneDearom. whitespirit /PGME

Lineseed/Tung oil

40 120–22020 -80

16 14 High solid, fast drying anti-corrosion primer fillersand putties. Good recoatability.

HLP 31 60 X 60 Xylene Tall /Tungöl 37 30 –50 15 12 Fast drying anticorrosion primer, fillers andputties. Primer surface for car repair enamel

HTP 26 45 D 45 Dearomatisedwhite spirit

Linseed/ Tung oil

40 40 -100 7 8 Very low aromatic fast drying anti corrosiveprimers and fillers

HTP 30 50 50 White Spirit Tall oil/Tung oil

38 35 –504) 8 10 Free of Xylene, Fast drying anticorrosive primersand fillers

SA 21 60 X 60 Xylene

Drying fatty acids

25 25 –45 6 8 Styrenated alkyd very fast drying anticorrosionprimer. Hammer effect enamel.

SPS 15 60 D 60 Dearomatised white spirit

50 5 -25 10 10 Silicone modified alkyd resin for top qualitydecoration paints with outstanding weatherability

SPU 15 58 D 58 Dearomatised white spirit

Soya bean 60 20 -35 2 7 Urethane modified alkyd resin for very fast dryinglacquers and anticorrrosive primers. Abrasionresistant parquet lacquers

T 4001 50X 50 Xylene Drying fattyesters

40 12-16 3 10 Epoxy ester for chemical resistant- and zinc richprimers. Stoving enamels


February 2017

THERMOPLASTIC ACRYLIC RESINS



Solvent Acrylic Type Viscosity(dPa.s)1

Acid value2


BA 60 40 XBS 40 Xylene/Butanol/ Solvent naphta

Acrylic-Copolymer 3 – 7 14 3 Flexible coatings with good hardness andadhesion to non metal substrates.

BM 5 50 BA50 S

5050

ButylacetateSolvent naphta

Acrylic-Copolymer 70 – 100200 – 260

19 2 Spray coatings. Fast drying car epair lacquerwith good fuel resistance and hardness.

BM 34 50 XBA 50 XyleneButylacetate

Acrylic-Copolymer 30 - 50 7 - 9 2 General purpose. Metal and mineral coatingswith good exterior purability.

BS 35 60 60 White sprit Styren-Acryl-Copolymer

38 – 58 3 2 Penetration Primer. Pigmented filler. Wall paints. Plasters.

BS 45 60 X 60 Xylene Styren-Acryl-Copolymer

25 – 30 8 2 Fast drying industrial primer and direct to metal coatings. Good adhesion ot Iron andnon Iron substrates.

SA 10 60 PBA 60 Butylacetate/Acetone

Styren-Acryl-Copolymer

3 – 7 8 2 Thin fluid binder for fast drying coatings, good weatherability, high solid coatings formineralic substrates. Road marking paints.


February 2017

HYDROXY FUNCTIONELL ACRYLIC RESINS



Solvent Acrylic type Viscosity(dPa.s)1

Color3 OH -%4 Properties and Applications

HBS 14 60 XBA60 S

6060

Xylene/BuAcSolventnaphta

Styrene-Acryl-Copolymer

15 – 2517 – 28

33

0,70,7

PU-Industrial coatings, stoving -and air dryingfor metal and NI substrates.

HBS 18 60 S 60 Solventnaphta 20 – 40 2 1,1 PU-Industrieal coatings stoving- and air dryinggood flexibility and weatherability.

HBS 261 60 S60 X

6060

SolventnaphtaXylene

20 – 3515 – 30

33

1,61,6

Crosslinked 2K-Polyisocyanat-industrial lacquerand anticorrosion Primer.

HBS 27 60 X 60 Xylol 20 – 40 3 1,7 Crosslinked 2K-Polyisocyanat-Industrial lacquerand primer with good adhesion to NI-Metals.

HBS 42 70 SBA 70 BuAc/Solventnaphta

90 – 140 2 2,9 2P-Polyurethane coating with high solid contendfor stoving enamels with high weatherability

HEA 19 65 XBA 65 Xylene/BuAc

Acryl-Copolymer

19 – 26 1 0,9 Thin fluid Binder for crosslinked Isocyanatefurniture- and plastic coatings with high solid content.

HEA 20 50 XBA 50 Xylene/BuAc 20 – 35 2 1,0 Very fast drying, crosslinked Polyisocyanate-Furniture- and Plastic coatings.

HPA 45 77 BA 77 BuAc modified Acryl-Copolymer

40 – 100 2 3,5 2P-Polyurethane coating with high solid contendfor stoving enamels with high weatherabilityand gloss. Car repair coating

HSA 30 70 BA 70 BuAc

Styrene-Acryl-Copolymer

10 – 20 2 2,1 2P-Industrieal coatings with high solid contend.

HSA 36 60 XS 60 Xylene/Solvent-naphta/BuAc

20 – 35 3 2,2 Fast drying 2P-Car repair lacquer. Industrieal-PU and stoving enamels.

HSA 45 60 BA60 XF

6060

BuAcXylene/MPA

30 – 4025 – 45

22

2,72,7

2P-PU and stoving enamels with high gloss andchemical resistance.

1) BuAC – Butylacetat, MPA - Methoxypropylacetat2) Typical area at 23 °C 3) Max. value of product in form of delivery (Gardner)4) Calculated value of product in form of delivery

February 2017

POLYVINYL ACETATE


Neboplast® Typ Solids(%)

Viscosity(dPa.s)1)

pH-value

MFT(°C)

Properties and Applications

VA 1009 free of plasticizer 55,0 17.5 – 30 4 – 6 16 Fast tacking adhesives for applications in textile and carpet impregnations.

VA 1050 free of plasticizer 67,5 20 – 35 4 – 6 10 Versatile dispersion with special focus in envelope glues.

VA 9030 free of plasticizer 50,0 90 - 250 4 - 5 14 Medium viscosity dispersion for paper adhesives, cardboard & textile industry

VAP 1521 plasticized 51.5 140 – 190 4 – 6 11 External flexibilized mid viscous, high bonding strength, mainly used in construction industrie.

1) Viscosity at 23 °C (Brookfield RVT at 20 min-1)

Homopolymer dispersions

February 2017

POLYVINYL ACETATE


Neboplast® Comonomer Solids(%)

Viscosity(dPa.s)1)

pH-value

MFT(°C)


VM 2786 Maleic ester 52.5 80 – 120 4 – 6 2 Flexibel architectural coatings and plasters with good scrub- andweatherability.

VV 2180

Versatic-Vinylester

50.5 30 – 50 4 – 6 14 Wallpaints, plaster and mortar; good alkali- and weatherability.

VV 2182 52 90 – 110 4 – 6 12 Wallpaints, plaster and mortar; high pigment wetting and goodalkali resistance.

VV 2183 51 20 – 30 4 – 6 15 Wallpaints and plaster with high solid contend and good scrubresistance.

Polyvinylacetate-Comopolymerdispersions

1) Viscosity at 23 °C (Brookfield RVT at 20 min-1)

February 2017

ACRYLIC DISPERSIONS


Neboplast® Type of dispersion

Solidscontend

(%)

Viscosity(dPa.s)1)

pH-value

MFT(°C)


HMB 6530 Acrylic-Copolymer

40 0 – 5 6.5 – 8.5 40 Funktional Hydroxy-Dispersion für 1P und 2P woodcoatings, APE-free.

MB 6060 Acrylic-Copolymer

42 0 – 3 6 – 8 5 Excellent binder for formulation of stains, varnishes and fast drying woodpaints.


40 0 - 5 7 - 9 33 APE-free Binder for clear and pigmented decorative coatings with excellentechemical resistance. Especially for high-quality furniture stains and Varnish


45 0 – 10 7 – 9 8 Binder for stains and varnishes with good in-can and wet film clarity andexcellent durability. APE-free


47 0 – 35 7 – 9 18 Binder for decorative primer and coatings in- /outdoor, excellent wetadhesion.


49 0 – 15 7 – 9 20 Binder for decorative coatings. Brillant wet adhesion and weatheability. APE-free


47 0 – 20 7 – 9 8 Top quality binder for wallpaints, free of Alkylphenolethoxylate.


50 0 – 20 6 – 7 0 Binder especially suitable for the formulation of high quality „solvent-free“ wall paints indoor and outdoor. APE-free

MB 8658 Acrylic-Copolyme

50 0 - 15 7 - 9 4 Low VOC decorative primers and finishes. Excellente wet adhesion. APE-free


50 0 – 25 7 – 8.5 20 Binder for outdoor coatings and colorless oil coatings in- and outdoor.APE-free


48 0 – 20 7 – 9 4 Dispersion for flexible coatings and Plaster. Brilliant waterresistance . APE-free


35 0 - 5 7 - 8 0 Small particle size dispersion suitable to formulate water basedimpregnations for porous substrates.

1) Viscosity at 23 °C

February 2017

STYRENE ACRYLIC DISPERSIONS



Solids(%)

Viscosity(dPa.s)1

pH-value

MFT(°C)


SB 6515 Styren-Acrylic-Copolymer

40 0 – 3 6.5 – 8 63 Dispersion for high quality wood and parquett lacquer.


42 0 – 3 7 – 9 43 Outstanding dispersion anticorrosion primer.


50 15 – 40 7 – 8 39 Dispersion for wood- and floor coatings.


50 15 – 60 7 – 8 14 Hydriphobic dispersion, with very low water whitening and high alkaliresistance. Suitable for high quality general emulsion paints and plasters


50 10 - 60 7 - 9 0 Hydrophobic dispersion for in- and outdoor coatings, sealants, adhesivesand crack-bridging systems. Free of amines an plasticizers


50 30 – 50 7 – 9 0 Flexible hydrophobic dispersion for in- and outdoor coatings, sealants,adhesives and crack-bridging systems


35 0 – 5 7 – 8 0 Small particle size dispersion, suitable to formulate waterbasedimpregnation for porous substrates.


February 2017

PU-DISPERSIONS



Solids(%)

Viscosity(dPa.s)1)

pH-value

MFT(°C)


PCU 6401 Aliphatic 35 0 – 5 7 – 9 40 Solventfree binder for high quality waterbased 2 pack floor and furniture lacquer.

PEU 3500 Aliphatic 35 0 – 5 7 – 9 45 Solventfree binder for floor and furniturelacquer with brilliant property portfolio.

PEU 4006 Acrylic modified

35 0 – 5 7 – 9 < 5 NMP-free Binder for wood, plastic and metal coatings with excellent overallproperty.

PEU 4008 Aliphatic 33 0 – 3 7 – 9 0 Excellent binder for wood, plastic and metal coatings NMP-free.

PEU 6353 Aliphatic 35 0 - 3 7 - 9 <0 Solvent free binder for floor and furniture lacquers with excellente overallproperties. For very low VOC coatings

PHU 6051 Aliphatic 38 0 – 5 7 – 9 < 5 Solventfree binder for parquett- & cork lacquer and wood coatings.

PUA 6001 Fatty acid modified

50 0 – 15 7 – 9 15 High quality binder for low VOC high gloss coatings. (PU-Alkyd)


February 2017

SPECIALTY RESINS


Resin Type Solids(%)

Solvent(mainly)

Application

Nebores®

Epoxy Ester OS 75Amin crosslinkable Epoxyester 75 Xylene Elastic 2-Pack-Epoxy coating.

Neboplast

AC 3000Waterbased copolymer dispersion

29 Water Rheology modification in waterbased systems.

Nebores®

HPA 60-80 BAIsocyanat crosslinkable resin with high solid contend

80 Butylacetate 2-Pack-Coating with high solid contend and brilliantchemical resistance and weatherability. OH content in form of delivery 4.7%

Nebores®

HPE 26 – 100Hydroxy functional polyesterresin

100 ------ 2- component coating with low temperature flexibilityand good weathering resistance. For improvement offlexibility in acrylic based systems.

Nebores®

HPE 34 – 70XHydroxy functional polyesterresin

70 Xylene Non yellowing stoving lacquers and coil coatings

Nebores®

HPE 44 – 50 WPBHydroxy functional polyesterresin

50 Water / pnB Non yellowing, universal adhesion, outdoor resistant. Cures with isocyanate and melamine hardeners. For2-C industrial coatings and stoving finishes.


February 2017

POLYASPARTIC RESINS


EcoSPRAY © Description Amine value

Viscosity(m,Pa*S)

Density(g/cm³)

Gel Time*(min./sec.)

ASP-7980 Solvent free amine functional resin which can by used by itself orblended with OH-functional acrylic resins and crosslinked with an aliphatic polyisocyanate to create high solid clear coat.Mixed with other amine functional resins like ASP 7397 & 7981 itcan be used to modifie the pot life and dry time.

240 150 1,07 1:30

ASP-7981 Solvent free amine functional resin which can by used by itself orblended with OH-functional acrylic resins and crosslinked with an aliphatic polyisocyanate to create high solid clear coat.Mixed with other amine functional resins like ASP 7397 & 7980 itcan be used to modifie the pot life and dry time.

200 1500 1,07 39:51

ASP-8443 Solvent free amine functional resin with low viscosity. Usually blended with other reactive resins to lower viscosity. Slight potlife modification without scarifying cure time while improving impact resistance. Can be used as reactive diluent for anticorrosion coatings

190 100 1,06 120

ASP-9033 Solvent free amine functional resin which can by used by itselfe orblended with OH-functional acrylic resins and crosslinked with an aliphatic polyisocyanate to create high solid clear coat.

190 1500 1,07 ~ 8 h

* Reacted with a HDI trimerDesmophen NH 1220 240-248 100-200 1,07 01:15Desmophen NH 1420 199-203 900-2000 1,076 39:43Desmophen NH 1520 189-193 800-2000 1,06 ~ 8hDesmophen NH 2850 XP 190 100 1,06 122

February 2017


NEBOCHIPSNCA C NCE C ACW CAB VIN

Binder Nitrocellulose Nitrocellulose Acrylic Cellulose Acetat Butyrate Vinyl Chloride/ -Acetate

Flexibilizer ATBC ATBC - - -

Solubility Alcohol Ester Water

ApplicationFlexo-/ Rotogravureprinting inks

• Wood lacquer• Furniture lacquer• 2K-Acrylics, Car

repair, • Leather• Industrial coatings

• Waterbased woodstain

• Waterbased flexo-/rotogravure paints

• Furniture lacquer• 2K-Acrylics, Car repair, • Industrial coatings• Printing inks

Flexo-/ Roto gravure andsilk screen printing inks

Substrate • Paper• Polyethylene*• Polypropylene*• Cellophane*• Aluminium*

• Furniture lacquer• Wood lacquer• 2C hydro acrylic paint

• Polypropylene*• Cellophane*• Aluminium*• Paper• Wood

PaperPolyethylene*Polypropylene*Aluminium*Soft/Hard PVCNylon

PaperPolyethylene*Polypropylene*Cellophan *Aluminium*Soft/Hard PVCNylon

Nebochips® are Pigment preparations of chemically pure Pigments in hard resins with and without sofening agents. The production equipment is exclusive designed for the production of Nebochips® and guaranty a high quality product, brilliant colorstrength and reproducable colors for printing inks and coatings.

Advantages by the use of Nebochips®: Optimised dispersion of pigments, maximum colour strength

Easy processing, cost saving, dustfree production with almost no loss of raw material.

High transparency with certain pigments

Small stock requirement for expensive pigments

* Pretreatet surface


NEBOCHIPS YELLOW; ORANGE; REDColor Index Pigment No.

Pigment typNebochips

Code

NCA C NCE C ACW CAB VIN

PG/BM/W PG/BM/W PG/BM PG/BM PG/BM

Yellow 13 21100 Diarylide Yellow 3721 49/38/13 60/40 60/40

Yellow 42 77492 Iron Oxide Yellow 3501 60/30/10

Yellow 74 11741 Arylamide Yellow 3755 55/38/7 50/40/10

Yellow 83 21108 Diarylide Yellow 3761 49/39/12 60/40

Yellow 14 21095 Diarylide Yellow 3762 60/40

Yellow 110 56280 Isoindolinone Yellow 3770 60/40

Orange 5 12075 Dinitraniline Orange 3601 52/37.5/10.5 40/40/20

Orange 5 12075 Dinitraniline Orange 3602 60/40

Orange 13 21100 Pyrazolone Orange 3605 60/40

Orange 34 21115 Pyrazolone Orange 3606 53/33/14 60/40

Red 3 12120 Toluidine Red 6701 40/40/20

Red 48:1 15865 Barium Red 2B 6711 52/35/13

Red 48:2 15865 Calcium Red 2B 6712 60/40

Red 48:4 15865 Manganese Red 2B 6713 55/29/16

Red 53:1 15585 Barium Lake Red 6721 60/34/16 60/40 60/40 60/40

Red 57:1 15850 Calcium Red 4B 6715 60/40 60/40

Red 57:1 15850 Calcium Red 4B 6716 60/34/6

Red 57:1 15850 Calcium Red 6717 50/38/12

Red 81 45160 Rhodamine Red 6725 42/38/20

Red 101 77491 Iron Oxide Red 2001 60/30/10

Red 112 12370 Naphtol AS Red 6706 50/42/8 50/40/10 65/35

Red 122 73915 Quinacridone Red 6736 50/37/13 60/40 60/40 50/50


NEBOCHIPS VIOLETT; BLUR; GREEN; WHITE; BLACKColour IndexPigment no.

Pigment typeNebochips

code

NCA C NCE C ACW CAB VIN

PG/BM/W PG/BM/W PG/BM PG/BM PG/BMVIOLET

Violet 3 42535 PTMA Violet 1610 39/39/22

Violet 3 42535 PTMA Violet 1611 50/38/12

Violet 19 73900 Quinacridone Y 1601 50/38/12

Violet 23 51319 Dioxazine Violet 1602 52/31.5/16.5 55/45 60/40 50/50

BLUE

Blue 15:1 74160 Cu Phthalo Blue beta 1702 60/40

Blue 15:2 74160 Cu Phthalo Blue beta 1705 41/39/20

Blue 15:3 74160 Cu Phthalo Blue beta 1721 50/35/15 65/35 60/40 60/40

Blue 15:4 74160 Cu Phthalo Blue beta 1730 53/35/12

GREEN

Green 7 74260 Cu Phthalo Green 4701 55/35/10 40/46/14 60/40 60/40 60/40

WHITE

White 6 77891 Titanium Dioxide 7515 80/15/5 77/16/7 80/20 80/20 77/23

BLACK

Black 7 77266 Carbon Black 8502 40/45/15 40/45/15 54/46 50/50

Black 7 77266 Select Black 8503 18/59/23

Black 7 77266 Carbon Black RCF 8506 55/45

Black 7 77266 Jet Black 8508 46/37/17

Black 7 77266 Jet Black 8509 19/58/23

Black 7 77266 Carbon Black HCG 8511 18/59/23 34/66

LUMINESCENCE PIGMENTS


Product

Color

Brightness* [mcd/m2] Dark shine

time [h]

Partical

size [μm]1 min 10 min 30 min 60 min

WGSC 1400 200 60 25 12 15-45

WGLA 2600 400 300 90 24 15-30

WGLAA 1130 220 55 30 10 5-15

WTSC 280 35 12 15-45

WBSD 150 15 6 15-50

WPSC 20 3 3 15-45

RRMC 180 26 6 25-35

GGMC 170 24 6 25-35

YYMC 200 28 6 25-35

OOMC 180 26 6 25-35

BBMC 140 20 6 25-35

*1000 Lux D65

All products are available

with surface treatment, to

improve water resistance.

Variant‘s on request• Particle up to 2 mm diameter• Particle below 10 µm diameter (caused decrease in dark shine time)• Particle for ceramic applications with thermostability up to 1000°C

Fullfilled regulationsSafilux Pigments are non toxic and fullfill Toystandard

EN 71-3:1994 & A1:2000

Luminescent pigmentsOn basis rare earth, which have the ability to absorb rayand send out visible light.

ApplicationsSafety- and emengency exitmarking,Coatings andprinting inks.

DETAILS LUMINESCENCE PIGMENTS


SAFILUX XXXX2

Day colour Night colour Water resistants

(surface treatment)

Particle sizeBrilliance time

W white

O orange

R red

Y yellow

B blue

G green

G green

T turquiose(sky-blue)

B blue

P purple

O orange

R red

Y yellow

Optional,

if 2 is written,

the pigment

has been

surface treated

AA

smallest

A

B

C

D

E

F

coarsest

L long

M

medium

S short

Physical propertiesAddicted to the chemical structure various colors are possible, both with different particle size. The photoluminescentproperty remain „forever“ (no aging process from charging to charging), as long as the particle will not oxidizing. All pigments are available with a surface treatment which prevent against oxidation. These treatment is essential forthe use in waterborne binder systems or outdoor applications.


IRONOXIDE PIGMENTS

Product NameAverage

particle sizeD (0,98) Properties

Typical analysis rediron oxide

OXIRED ® MR 11 1,04 µm 4,88 µmSupremely Engineered high

Dispersability & Tinting Strenght

Iron Oxide (Fe2O3) 80-82%

Silica (SiO2) 11.00%

Calcium Oxide (CaO) 1.40%

Aluminium Oxide (Al2O3) 2.82%

Magnesium Oxide (MgO) 1.49%

Potassium Oxide (K2O) 0.86%

OXIRED ® MR 25 3,30 µm 30 µmHigh grade Superb Quality.

Homogeneous Particle size

OXIRED ® MR 50 8,50 µm 47 µm Multi-purpose Excelent Value

Superior protection

Our natural mineral offers better protection than synthetics when used in marine paints and coatings.

Greater resistance to corrosion

The lower level of soluble salts in natural red oxide ensures long term protection against blistering in protective coatings.

Quality and durability

Though less expensive, there is no loss of quality or durability when using our natural oxide.

Less environmental impact

Oxired is coming from our own mine, guaranteeing consistency and quality. It‘s sun dried, milled,

graded and packaged. There are no additives, chemical process agents used during production

unlike synthetic iron oxides who are based on toxic residues during production process..

Cost saving

By replacing synthetic red oxide with the proper OXIRED® grade you will find very significant cost savings.

EuropeTill today

Key differences between processes summarised

Iron oxide red grades are among the most important colour pigments. Their properties are determined in part by the

manufacturing process. In particular, heat stability, grinding stability and flocculation behaviour are directly related to the

manufacturing process. The various processes differ in the demands they impose on producers, including the responsible

use of raw materials and energy, and the treatment of waste air and water Consideration must be given here to both the

process and the boundary conditions under which it is performed.

Laux process 9 Fe + 4 C6H5 - NO2 + 4 H2O 3 Fe3O4 + 4 C6H5 - NH2

reaction 2 Fe3O4 + 0.5 O2 3 α-Fe2O3

Precipitation process : 2 FeSO4 + 4 NaOH + 0.5 O2 α-Fe2O3 + 2 Na2SO4 + 2 H2O

reaction:

Copperas process 6 FeSO4 x (n H2O) + 1.5 O2 → a-Fe2O3 + 6 SO3 + n H2O

reaction

Penniman red process Nucleation: 2 Fe + 2 HNO3 α-Fe2O3 + 2 NO+ H2O

(simplified reactions) Iron nitrate production: 4 Fe + 10 HNO3 4 Fe(NO3)2 + NH4NO3 + 3 H2O

Formation reaction: 15 Fe + Fe(NO3)2 + 10 O2 8 α-Fe2O3 + 2 NO

IRONOXIDE PIGMENTS

Most commonin the world

AsiaFormer times

AsiaFormer times

Page 45Coating Industries February 2017

Production process affects pigment properties

The different manufacturing processes influence the pigment characteristics in a specific way. The most noticeable effect is

caused by calcination. For the sake of simplicity, the four manufacturing processes described can be divided into the calcined

Laux and copperas grades and the non-calcined precipitation and Penniman grades, with each of the two groups displaying

distinctive behaviour. As explained above, a pigment’s shade is strongly influenced by the mean particle size and the particle

size distributon..

IRONOXIDE PIGMENTS

Page 46Coating Industries February 2017

http://www.oxidos.com/en/100-natural/attachment/natural-53/





PHTALOCYANINE PIGMENTSVibfast Colour Name

Color Index No.

Application Vibfast Colour NameColor Index No.

Application

1 Blue 7160-200 K Blue 15:0 Plastic 18 Blue D 2163:H Blue 15:3 Offset / Heatset

2 Blue 7160-160 DL Blue 15:0 Water based Inks, Paints 19 Blue D 2163:C Blue 15:3Offset / ColdsetEconomical

3 Blue 7160-416 T Blue 15:0 Textile 20 Blue D 2163:C1 Blue 15:3 Offset / Heatset

4 Blue 7060-200 K Blue 15:1 Plastic 21 Blue D 2163:S Blue 15:3 Offset / Sheetfed

5 Blue 7060-160 Blue 15:1 Water based Inks, Paints 22 Blue 316 K Blue 15:3 Plastic

6 Blue 7060-116 Blue 15:1 Solvent based Paints 23 Blue 416:0 K Blue 15:3 PVC

7 Blue 6989 F Blue 15:2 Solvent based Paints 24 Blue 416:1 K Blue 15:3 Rubber

8 Blue 6975 F Blue 15:2 Coatings 25 Blue D 2180-PU Blue 15:4 NC-PU, NC-PA

9 Blue L 116 Blue 15:3 Solvent based Paints 26 Blue D 2180-PU-R Blue 15:4 NC-PU, NC-PA

10 Blue L 116:C Blue 15:3 Water based Decor. Paints 27 Blue D 2180-SUDIC Blue 15:4 NC Inks

11 Blue L 116:CCC Blue 15:3 Acrylic Xylene Paints 28 Blue L 2100 F Blue 15:4 Paints Coatings

12 Blue D 2160 Blue 15:3 Water based Flex. Inks 29 Blue L 6140 F Blue 15:4 Inks

13 Blue D 2160:P D Blue 15:3 Water based Flex. Inks 30 Green K 4001-200 Green 7 Plastic

14 Blue D 2160:H DD Blue 15:3 Water based Flex. Inks 31 Green K 4001-116 Green 7 Paints

15 Blue D 2160:SI DDD Blue 15:3 Water based Flex. Inks 32 Green D 4001-162 Green 7 Solvent Inks

16 Blue D 2161 Blue 15:3 NC Inks 33 Green L 4001-160 Green 7 Water based Inks

17 Blue D 2162 DD Blue 15:3 Vinyl, NC/PA, NC/PU 34 Green 4002 Green 36 Universal


«CLASSICAL» ORGANIC PIGMENTS

Vibfast Colour Name Color Index No.

Application

NC Lacquer

PrintingInk

Paints Plastic Rubber Textile

1 Yellow 4002 Yellow 1 S S S N N N

2 Yellow 4015 Yellow 2 S S S N N N

3 Yellow 4003 Yellow 3 S S S N N S

4 Yellow 4021 Yellow 5 L S S N N S

5 Yellow 4004 Yellow 12 N S L L S N

6 Yellow 4004 -T Yellow 12 S S S N N N

7 Yellow 4005 Yellow 13 S S S S S L

8 Yellow 4005-T Yellow 13 S S S L N N

9 Yellow 4006 Yellow 14 N S L S L L

10 Yellow 4007 Yellow 17 N L L S L L

11 Yellow 4011 Yellow 62 N N L S S L

12 Yellow 4012 Yellow 65 N N L S S L

13 Yellow 4008 Yellow 74 S S S L L S

14 Yellow 4008-OP-R Yellow 74 N N S N N S

15 Yellow 4008-TP-G Yellow 74 S S S N N S

16 Yellow 4009 Yellow 83 S S S S S S

17 Yellow 4016 Yellow 97 S S S L L N

S=Suitable, L= Limited Use, N= Not Recommended


AZO PIGMENTS

Vibfast Colour NameColor Index No.

Application

Vibfast Colour NameColor Index No.

Application

NC

Lacq

uer

Printing

Ink

Pain

ts

Plast

ic

Rubber

Textile

NC

Lacq

uer

Printing

Ink

Pain

ts

Plast

ic

Rubber

Textile

18 Yellow 4010 Yellow 168 N N L S S N 37 Red 4037:1 Red 49:1 S S S S S N

19 Yellow 4013 Yellow 169 N N L S S N 38 Red 4030:1 Red 53:1 N S S S L L

20 Yellow 4022 Yellow 174 S S S S L L 39 Red 4030:2 Red 53:2 N S L S L L

21 Yellow 4015 Yellow 183 N N S S S N 40 Red 4031:Y Red 57:1 S S S L L N

22 Yellow 4014 Yellow 191 N N L S S N 41 Red 4031:B Red 57:1 S S S L L L

23 Yellow 4014:1 Yellow191:1 N N L S S N 42 Red 4031:P Red 57:1 L L L S S N

24 Red 4025 Red 2 S S S L N L 43 Red 4039:1 Red 63:1 S S S S L N

25 Red 4026 Red 3 N N S L L N 44 Red 4032 Red 112 N S S S L S

26 Red 4026:1 Red 3:1 N N S N N N 45 Red 4040 Red 146 S S S S S S

27 Red 4027 Red 4 N L S N N N 46 Red 4033 Red 170 S S S S S S

28 Red 4036 Red 8 N L S N N S 47 Red 4034:Y Red 170 S S S S S S

29 Red 4036 Red 12 L S S L L S 48 Red 4034:B Red 170 S S S S S S

30 Red 4038 Red 21 N L S N N S 49 Red 4035 Red 210 S S S S S S

31 Red 4038 Red 23 L S S L L S 50 Orange 4050 Orange 5 S S L L L S

32 Red 4039 Red 31 L S S L L S 51 Orange 4051 Orange 13 S S S S S S

33 Red 4028:1 Red 48:1 L L L S S L 52 Orange 4053 Orange 16 S S S S L S

34 Red 4028:2 Red 48:2 S S S S S N 53 Orange 4052 Orange 34 S S S S S S

35 Red 4028:3 Red 48:3 S S S S S N 54 Green 4070 Green 8 S S S S S S

36 Red 4028:4 Red 48:4 S S S L L N S=Suitable, L= Limited Use, N= Not Recommended


PERFORMANCE PIGMENTS


Application

NC Lacquer

PrintingInk


1 ISOINDOLINONE Yellow 4200 Yellow 139 S S S L L N

2 BEZIMIDAZOLONE Yellow 4201 Yellow 151 S S S L L L

3 BEZIMIDAZOLONE Yellow 4202 Yellow 154 S S S N N S

4 BEZIMIDAZOLONE Yellow 4204 Yellow 180 L S S N N S

5 BEZIMIDAZOLONE Yellow 4205 Yellow 181 N S L L S N

6 BISACETACETARYLIDE Yellow 4203 Yellow 155 S S S N N N

7 BISACETACETARYLIDE Orange 4300 Orange 16 S S S S S L

8 BISACETACETARYLIDE Orange 4301 Orange 36 S S S L N N

9 BISACETACETARYLIDE Orange 4302 Orange 62 S S S S L N

10 Orange 4304 Orange 64 S S S S L N

11 QUINACRIDONE Violet 4061 Violet 19 S S S S S S

12 QUINACRIDONE Red 4040 Red 122 S S S S L S

13 DPP Red 4600 Red 254 S S S S L N

14 INDANTHARONE Blue 4700 Blue 60 S S S S S N



INORGANIC PIGMENTS


Application

NC Lacquer

PrintingInk


1 Middle Chrome 4071 Yellow 34 L S S S L N

2 Lemon Chrome 4072 Yellow 34 L S S S L N

3 Prime Rose Chrome 4073 Yellow 34 L S S S L N

4 Scarlet Chrome 4074 Red 104 L S S N N S

5 Ultramarine Blue 2900-EP-62 Blue 29 L L S S S N

6 Ultramarine Blue 2900-HO-08 Blue 29 L L S S S N

7 Ultramarine Blue 2900-NUB-E-37 Blue 29 L L S S S N

8 Ultramarine Blue 2900-HO-06 Blue 29 L L S S S N

9 Ultramarine Blue 2900-GP-58 Blue 29 L L S S S N



TONER PIGMENTS


Application

NC Lacquer

PrintingInk


1 Red 5001 Red 81:1 S S S N N N

2 Red 5002 Red 81:3 S S S L L L

3 Violet 4060 Violet 3 S S S N N S

4 Violet 4063 Violet 23 L S S N N S


ANTICORROSIVE PIGMENTS


ProductP2O5

mass. %Al2O3

mass. %ZnO

mass. %SiO2

mass. %MgO

mass. %Competitorproducts

SAFICOR 48 35 - 40 9.5 – 13.5 26 - 30 11.5 – 15.5 -Heucophos ZAPP

K-White 84

SAFICOR 51 46.5 – 52.5 11.5 – 15.5 24.5 – 30.5 - -Heucophos ZAPP

K-White 105

SAFICOR 77 46.5 – 52.5 11.5 – 15.5 - - 24.5 – 30.5 K-White 105

SAFICOR high performance, protective pigments are chromate free, based on Aluminium-Polytriphosphate .

Application: • Solventborne coatings• Waterborne coatings• Powdercoatings• Coil-Coating

Dosage:10% mass or volume of Zincphosphate , because of similar density.

ANTICORROSIVE PIGMENTS


ATP dissociates as AlH2P3O10 P3O105+ AL3+ 2H+

Tri-polyphosphate ion (P3O105+) has an exellent chelating power towards iron ion (Fe3+). This is many

times higher than that of the ortophosphate ion (PO43-) utilized in the corrosion inhibition mechanism of

zinc phosphate pigment.

Tri-polyphosphate ion (P3O105+) sequesters iron ion (Fe3+), then forms a polyphosphate passivation film

as (Fe3+AL3+) X (P3O10) with excellent corrosion inhibiting property on the coated surface.

Aluminium Tri (poly) phosphate [ATP]

ZINC OXIDE


Product Chemical description Product form

SILOX 2C Zink oxide Powder

SILOX ACTIF Zink oxide Powder

SILOX ACTIF FF Zink oxide Powder

SILOX Zinc oxides are produced from Silox S.A., B-4480 in Engis/ Belgien. During the productionprocess, particulary novel patented processes are using very pure Zincoxides. By specific control ofburning temperature and time ZnO qualities with different activity are producible.

Applications: Zincoxide pigments are used as an active alcaline pigment in primer andanticorrosion coatings.

ALUMINIUM PASTES


Leafing

Non L

eafing Aluminium Paste

grades+100

Mesh%+325

Mesh%Water

contend[max%]

Non-vloatilecontend

[%]

Leafingvalue

(min%)

Paste Medium

X Metana 2065 0 2,0 0,15

64-66

65 White Spirit

X Metana 2165 NA 0 2,0 0,15 65 Naphta (98% aromatic)

X Metana 2565 NL 0 2,0 0,15 65 White Spirit

• Relevant standard: ISO R 1247

Type 2 Class q

• Usual Packaging: 25kg in steel

drums

NEBOTINT


Necarbo B.V. pigment preparation based on high quality pigments, which are dispersed withmodernest high quality dispersion technology. All Nebotint®-Pastes are producet under exactspecifications to guarantee constant Quality from batch to batch.

Because of the various colors Nebotint®-tinting pastes A, U and M allow the customer to develope amultiplicity of coatings, from bright to dark colores. To support our customer during the colormanagement, Nebotint® Colour Guide for Nebotint®-Series A, U and M was developed .

By using Nebotint®-tinting pastes the production of a wide range of coatings are more efficient andlucrative!

NEBOTINT® A

• Solventborne-Alkyd-based

NEBOTINT® U

• Universal, waterbased, binder free

NEBOTINT® M

• Universal, solventbased, free of Aromatics

Important properties:

• Excellent stability

• Brilliant coloristic properties

• High fineness

• Constant colorstrength

• Easy to dose by pumping

COLORGUIDE


NEBOTINT Colour Guide

The color guide was developed to support you to find the most economic pastes formulation byusing our Nebotint® A, U and M pastes. We analysed and elaborate international colorcompositions like, for example RAL, NCS-S and British Standard. These color charts cover a widerange of colors. In the majorety of cases the required color is near by one of the standard colors. The result is our Nebotint® Colour Guide.

Nebotint® Colour Guide is a computer application, wich allow you to calculate color formulationsbased on Nebotint® pastes. The Nebotint® Colour Guide is easy to use.

With a small amount of tinting pastes thousands of colors are able to develop easily andreproductable!

Nebotint® Colour Guide provides you:

• Volumetric and gravimetric Coating formulations

• Coating formulations for all different batch sizes

• Cost calculation to the coating formulation

NEBOTINT® A


COLOURINDEXNO.

PIGMENT

TYPE

PRODUCT

NAME

DENSITY Formulation [%]

Pigment Binder

Yellow 42 Iron Oxide Yellow NTA 305 1.44 45,7 24,0

Yellow 74 Mono Azo Yellow NTA 302 1.00 32,0 28,2

Red 101 Iron Oxide Red NTA 202 1.24 30,0 35,4

Red 112 Naphtol AS Red NTA 602 0.99 25,0 28,6

Red 122 Quinacridone Red NTA 604 0.94 11,1 40,7

Blue 15:2 Cu Phthalo Blue α NTA 103 0.93 4,5 48,0

Blue 15:2 Cu Phthalo Blue α NTAC 103 0.93 9,5 43,9

Green 7 Cu Phthalo Green NTA 403 0.97 14,2 39,9

White 6 Titanium Dioxide NTA 706 1.60 54,0 21,9

Black 7 Carbon Black NTA 809 0.96 8,4 45,5

Properties: High Pigment concentration

Very good stability

High finess, colorstability and fadeless

Costreduction (manpower)

efficient handeling

Easy to dose by pumping

Good compatible with Alkyd resins

Typical properties:Particle size : < 15 MicronRheologie : free flowing, PumpableSolvent : (dearomat.) White spirit

Packaging:NEBOTINT® A-tinting pastes aredelivered in drums 20 Liter Net volume.

Storing stability:In original closed drums cool and dry. Maximum storing stability of one yearafter delivery.

Applicationfield:NEBOTINT® A-Tinting pastes are suited for primer on basis of modified Alkyd resinsand coatings from matt to high gloss. The tinting pastet are compatible withmedium oil and long oil Alkyd resins.NEBOTINT® A Tinting pastet dosn‘t contain drying agents. So contend of dryingagent has to be adjusted to the desired drying properties.

NEBOTINT® A PIGMENT PROPERTIES


NEBOTINT

Light stability

WeatherabilityResistentagainst

Ble

edin

g

resis

tance

Heats

tabilit

y(°C)

Coveri

ng

Mass to

ne

Off

whit

e

1/25 S

TD

*

Mass t

one

off

whit

e

1/25 S

TD

*

Acid

Alk

ali

Solv

ent

NTA 305 8 8 5 5 5 5 5 5 160 5

NTA 302 7-8 6-7 4-5 3 5 5 2-4 1-3 140 2

NTA 202 8 8 5 5 5 5 5 5 > 500 5

NTA 602 7-8 6 4-5 3 5 5 2-4 1-3 180 2

NTA 6047-8 dark

7-8 4 dark 4-5 5 5 4-5 5 200 1

NTA 103 7-8 7-8 4-5 4-5 5 5 4-5 5 200 1

NTA C 103 7-8 7-8 4-5 4-5 5 5 4-5 5 200 1

NTA 403 7-8 7-8 4-5 4-5 5 5 5 5 200 1

NTA 706 8 8 5 5 5 5 5 5 > 500 5

NTA 809 8 8 5 5 5 5 5 5 300 5

Evaluation of light-stability:

1. very bad2. bad3. bad everage4. good everage5. good6. very good7. excellent8. brilliant

Evaluation otherproperties:

1. very bad2. bad everage3. everage good4. good5. brilliant

*) Standard Depth, ISO Norm 784/24.

February 2017

NEBOTINT® U


COLOURINDEX NO.

PIGMENT

TYPE

PRODUCT

NAME

FORMULATION %

DENSITY PG

Yellow 42 Iron Oxide Yellow NTU 35 1.92 58.0

Yellow 42 Iron Oxide Yellow NTU 4035 1.42 17.0

Yellow 74 Mono Azo Yellow NTU C 377 1.23 46.1

Yellow 97 Mono Azo Yellow NTU 38 1.26 13.5

Red 101 Iron Oxide Red NTU 27 2.11 61.5

Red 101 Iron Oxide Red NTU 4027 1.42 19.5

Red 112 Naphtol AS Red NTU C 611 1.21 41.5

Red 122 Quinacridone Red NTU 64 1.30 5.5

Violet 23 Carbazol Violet NTU 1018 1.29 2.3

Blue 15:2 Cu Phthalo Blue α NTU 13 1.28 5.2

Blue 15:3 Cu Phthalo Blue ß NTU C 133 1.26 37.0

Green 7 Cu Phthalo Green NTU 4030 1.34 13.0

White 6 Titanium Dioxide NTU 71 2.15 65.3

Black 7 Carbon Black NTU 89 1.30 9.5

Black 7 Carbon Black NTU 4089 1.32 1.5

Applicationfields:NEBOTINT® U-tinting pastes are one color pastes for universal use. Pigments are selected with regard to optimize light stability andweatherability. Properties of coatings tinted with NEBOTINT® U areaddicted to the dosage. Recommendat dosage:

Dispersions/Emulsions: max. 7,5 Vol.-%

Solventborne coatings: max. 5 Vol.-%

Properties: High pigment concentration for mass tone Low pigment concentr. for cream colors Very good stability High finess, colorstability and fadeless Constant colorstrength Costreduction (manpower) efficient handeling, reproducable Easy to dose by pumping Free of binder Free of ethylenglycole

Typical properties:Particle size : < 15 MicronRheologie : free flowing, Pumpable

Packaging:NEBOTINT® A-tinting pastes are delivered in drums 20 Liter net. volume.

Storing stability:In original closed drums cool and dry. Maximum storing stability of one year after delivery.

February 2017

NEBOTINT® U PIGMENT PROPERTIES


NEBOTINT

Light-stability

Weather-ability

Resistance against

Ble

edin

gre

sis

tance

Tem

pera

ture

resis

tance

(oC)

Coveri

ng

Mass tone

off

whit

e

1/25 S

TD

*

Mass tone

off

whit

e

1/25 S

TD

*

Acid

Alk

ali

Solv

ent

NTU 35 8 8 5 5 5 5 5 5 160 5

NTU 4035 8 8 5 5 5 5 5 5 160 5

NTU C 377 7-8 6-7 4-5 3 5 5 2-4 1-3 140 2

NTU 38 7-8 7 4-5 3 5 5 2-5 4-5 180 1

NTU 27 8 8 5 5 5 5 5 5 > 500 5

NTU 4027 8 8 5 5 5 5 5 5 > 500 5

NTU C 611 7-8 6 4-5 3 5 5 2-4 1-3 180 2

NTU 647-8 dark

7-84

dark4-5 5 5 4-5 5 200 1

NTU 1018 7-8 7-8 4-5 4 5 5 4-5 5 160 3

NTU 13 7-8 7-8 4-5 4-5 5 5 4-5 5 200 1

NTU C 133 7-8 7-8 4-5 4-5 5 5 4-5 5 200 1

NTU 4030 7-8 7-8 4-5 4-5 5 5 5 5 200 1

NTU 71 8 8 5 5 5 5 5 5 >500 5

NTU 89 8 8 5 5 5 5 5 5 300 5

NTU 4089 8 8 5 5 5 5 5 5 300 5






February 2017

NEBOTINT® M


Properties: Extreme high pigment concentration

High performance pigments with brilliant:- Lightstability, Weatherability- Solvent-, Acid-, Alkaliresistance- Bleeding- and Heatstability

optimal dispersed, so brilliant:- coloring properties- Gloss retention- Stability

Volumetric single colorstrength adjustment.

Typical properties:Partical size: < 15 MicronRheology: pseudoplastic, flow index possibleSolvent: Propylenglycolmonomethyletheracetate

Packaging:

NEBOTINT® M-Tinting pastes are deliveredin Drums with 5 Liter net. Volume.

Storing stability:In original closed drums cool and dry, max. storing stability of one year after delivery.

Applicationfields:NEBOTINT M-tinting pastes are developed for solventborne high quality coatings. The pastes are compatibe with the following mainbinder resins:

2K Epoxy 2K Polyurethane Acrylics Alkyd/Melamine Alkyd/Carbamide Cellulose acetatbutyrate

Chlorinated rubber Epoxidester Long oil Alkyds Mid oil Alkyds Nitrocellulose Polyester

Short oil Alkyds Silikon Alkyds Styrol mod. Alkyds Vinyl Vinylacrylics Vinyltoluolalkyds

COLOURINDEX NO.

PIGMENTTYPE

PRODUCTNAME

DENSITY

FORMULATION[%]

PG BM

Yellow 184 Bismuth-Vanadium Yellow NTM 3082 1.77 48 21

Yellow 194 Monoazo Yellow NTM 3083 1.12 31 28

Yellow 42 Iron Oxide Yellow NTM 3131 1.67 49 22

Yellow 170 Diazo Orange NTM 3610 1.11 28 29

Red 101 Iron Oxide Red NTM 6130 1.88 57 16

Red 170 Naphtol AS Red NTM 6113 1.12 31 29

Red 255 Pyrroloppyrrol Red NTM 6102 1.10 28 27

Red 122 Quinacridone Red NTM 6069 1.06 13 36

Blue 15:2 Phthalo Blue NTM 1041 1.13 23 32

Green 36 Phthalo Green NTM 4073 1.21 24 28

White 6 Titanium Dioxide NTM 7045 1.92 60 15

Black 7 Carbon Black NTM 8047 1.16 30 25

Black 7 Carbon Black NTM 8847 1.06 6 48

February 2017

NEBOTINT® M PIGMENT PROPERTIES


NEBOTINT

Light-stability

Weather-ability

Resistance against

Ble

edin

gre

sis

tance

Tem

pera

ture

resis

tance

(oC)

Coveri

ng

Mass tone

off

whit

e

1/25 S

TD

*

Mass tone

off

whit

e

1/25 S

TD

*

Acid

Alk

ali

Solv

ent

NTM 3082 7-8 7-8 4-5 4-5 4 5 5 5 200 3

NTM 3083 7-8 7 4-5 3-4 5 5 3-5 5 200 1

NTM 3131 8 8 5 5 5 5 5 5 160 5

NTM 3610 7-8 7 4-5 3 5 5 3-5 5 200 2

NTM 6130 8 8 5 5 5 5 5 5 > 500 5

NTM 61137

dark5

4 dark

2-3 5 5 4-5 5 160 2

NTM 6102 7-8 7-8 4-5 4-5 5 5 5 5 200 2

NTM 60697-8 dark

7-84

dark4-5 5 5 4-5 5 200 1

NTM 1041 7-8 7-8 4-5 4-5 5 5 4-5 5 200 1

NTM 4073 7-8 7-8 4-5 4-5 5 5 5 5 200 1

NTM 7045 8 8 5 5 5 5 5 5 > 500 5

NTM 8047 8 8 5 5 5 5 5 5 300 5

NTM 8847 8 8 5 5 5 5 5 5 300 5






February 2017

ISOCYANATES


Product Chemical descriptionSolid

contend[%]

SolventNCO-

contend[%]

SAFIDUR TP 72Tris-(4-isocyanatophenyl) thiophosphate

27 - 28 Ethylacetat 7.20

Thanecure T9SF-RB*TDI dimer of 2,4-toluene diisocyanate

100% ----

Thanecure T9SF-AD**TDI dimer of 2,4-toluene diisocyanate

100% ----

* Rubber and Sealant (dust free)

** Coatings and Adhesives

• 2K PUR-coatings

• Crosslinker heat activated systems

• Adhesives, Sealant

Recommendation Applicationfields

February 2017

AMINE HARDENER; ACCELERATOR; MODIFER


Aqueous Cycloaliphatic Amines Polyamide

SAFIDUR AW221

AW 251

CA 322

CA 342

CA 382

CA393

PA 1004PA 102

5PA

1056

PO 50 PO 51 PO 52 PO 55*

Appearance amber amber clear clear clear amber clear clear clear amber amber amber

Active contend [%] 70 75 100 100 100 100 100 > 99 > 99 100 100 100 60

Amine value 245 265 320 265 325 330 625 790 825 250 360 270 135

Color (Gardner) [max.] 8 8 3 2 12 7 1 --- 12 10

Viscosity Brookfield [25°C]

2000-5000

1000-5000

100-300 350-650 200-800 100-500 --- ---50000-60000

1450-2350

3000-6000

H equivalent 190 190 95 114 95 114 --- 35,5 32 --- --- --- ---

PHR (EEW 190) 100 100 50 60 50 60 --- 18 17 100:120 50:70 60 80:110**

PotLife (150g at 25°C) 150‘ 90‘ 30‘ 50‘ 25‘ 30‘ --- 35‘ 50‘ 180‘ 125‘ --- 10:12 h

Flash point [°C] --- --- --- --- --- 140 --- 139 ---

Boiling point [°C] --- --- --- --- --- 250 244 --- ---

TMF [°C] --- --- --- --- --- --- --- --- 15 15 15

Countertypes 29651618/43

49 2353 K 54 1,3-BAC MXDA221

/ 115260A/125

450 195X60

* SAFIDUR PO 55 Resin 60% in Xylene for use at critical air humidity and temperature (70% /10-15%C)

** in combination with epoxy EE475

1 Waterborne Flooring Cycloaliphatic Amine based2 Coatings, self leveling floorings, Mortars Cycloaliphatic Amine based3 Marine coatings, civil engineering , industrial special modified adduct4 Epoxy accelerator, corrosion inhibitor Tertiary Amine5 Amino hardener modifier special Methylamine adduct6 Low temperature hardener Metaxylene Diamine (MXDA)

Recommendation

• Industrial / Marine coatings• Protective systems• Mortar• Food contact

Applicationfields

Air Products: Ancamine / AncamideHuntsman: AradurArkema: Crayamid

February 2017

MOISTURE SCRAVENGER


Product Chemical description Appearance

Alchem TI P- Toluolsulfonylisocyanate Low viscous liquid

• Transparent PUR-Coatings and laquers• Floorings

• 1P- und 2P PUR-coatings• Adhesives• Sealants and potting compounds

Recommendations Applicationfields

February 2017

CATALYST


Product Chemical description shortcut Competitor Products

Fascat 4200 Dibutyltin diacetate DBTA TIB KAT 233S; Metatin 702; Reaxis C233

Fascat 4210 Dibutyltin dichloride DBTC Soncat DBTC, Axion CS 2430

Fascat 4202 Dibutytin dilaurate DBTDL TIB KAT P218, -405; Cotin 200

Fascat 4201Fascat 4203

Dibutyltin oxide DBTOTIB KAT 248; Reaxis C248; Axion CS 2455TIB KAT 248LC; OMG NS-1;Áxion CS 2460

Fascat 8202 Dioctyltin dilaurate DOTL TOB KAT 216; Reaxis C216; Fomrez UL 59

Fascat 8201 Dioctyltin oxide DOTO TIB KAT 232, 410, 417; Axion CS 2850…

Fascat 4103 Monobutyltin trichloride MTBC Axion GS 1430, 1431, 1434;Songcat MBTC

Fascat 4100 Hydrated monobutyltin oxide MBTO TIB KAT 256; Axion CS 1450; Reaxis C 256

Fascat 2004 Stannous anhydrous SnCL2 TIB KAT 162; Reaxis C 162

Fascat 4000 Tetrabutyltin TBT Songcat DBT LQ; Axion CS 4400, -4401

Fascat 4400 Tin tetrachloride SnCL4 Stannic Chloride Anhydrus (Mason)

• Reduction of Reaktion time• Increase of conversion• Increase of drying speed

• 2K PUR-coatings• Tin-catalyst for ester synthesis

Recommendations Applications

PEROXIDES



Luperox DTA Di-tert-amyl-peroxide liquid

Luperox 101 2.5 Dimethyl-2.5-di(ter-butylperoxy)-hexan liquid

Luperox DI Di-tertio-butylperoxide liquid

• Start of polymerisation • UP-Resins

Influenced properties Applicationfields

February 2017

DISPERSING AGENT


Product Chemical description

Nebosperse A Ammonium Salt

Influenced properties• Decrease in dispersing time• Pigment wetting• Pigment stabilizing

Applications• Coatings• Inks

February 2017

DISPERSING AGENT NEBOSPERSE A


Type: Ammonium salt of a low molecular polyacrylic acid.

Fields of application: Dispersing agent for inorganic pigments and fillers in aqueuos systems.

Characteristics: Due to its excellent wetting effects NEBOSPERSE A makes the preparation of pastes of inorganic pigments and fillers with water much easier. It improves the storage stability of high-pigmented dispersion paints and coatings so that a thickening can be avoided. NEBOSPERSE A may be diluted with any quantity of water. Short-term freezing does not affect it‘s dispersing effect‘s.

Dosage: NEBOSPERSE A had to be added in ranges between 0.5 and 1.5% relating to the filler/pigment mixture.

You can use this dispersing agent at a pH-value betweeen 7.5-10. In combination with polyphosphates its wetting capacity may be improved considerably. The recommended quantity of polyphosphate to be added is stipulated at approx. 0.2%, as related to the filler/pigment combination.

Dispersing and stabilizing effects of NEBOSPERSE A are independent of the wide range of binders used in dispersion paints.

General: Under normal storage conditions dry at a temperature area from approx. (10-20 °C)Nebosperse A may be stored for at least 1 year.

Specifications:Viscosity at 20°C (DIN 53788) 60–120 mPa.s(Haake Rotovisco RV 20 , MS:MV-DIN)Solid content (DIN 53189) 30% ± 1pH (DIN 51785) 7.8 ± 0,5Specific gravity (DIN 51757) 1.12 g/mlIonicity anionic

February 2017

FLOW ADDITIVE


Products Description Source

Neboflow 80X• Silicon free, acrylic based• 80% solid contend

Applications• electro powder oatings• conventional stoving enamels• Coil Coatings• two component coatings generally

Characteristics: - improves coating surface appearance- improves flow- prevents surface from fisheyes, cratering and pinholing- improves smoothness and abrasion resistance- does not affect mechanical- /chemical coating properties- compatible with most of the regular resin systems- can be added at any production stage

February 2017

FLOW ADDITIVE DETAILS


Type:

Delivery form:

Typical properties:

Recommended dosage:

Packing:

Solubility:

Highly viscous acrylic polymer, free from Silicone.

Neboflow 80 X – 80 % in Xylene

• Viscosity (dPa.s) 16 – 37 (23 °C, Haake)• Solid content (%) 79 – 81• Colour (Gardner) max. 1• Transparency clear

(%) 0.2 - 0.7 (on total formulation)

180 kg drums; 900 kg IBC

soluble in most common solvents

February 2017

DRIER



Nebo HS Drier Cobalt / Calcium / Strontium Salt liquid

Nebo CF Drier Manganese komplex / Calcium / Strontium Salt liquid

Influenced properties• decrease in drying time

Application• Oxidative drying Alkyd Resins

February 2017

NEBO-DRIER DETAILS


Product Type Metal Contend[%]

Solvent Flashpoint Appearance

Nebo HS Drier Kombination drier

Cobalt 0,71

Calcium 2,80

Strontium 8,00

Hydrocarbons <2% Aromatics 61 blueish liquid

Nebo CF Drier Kombination drier

Mangan 0,07

Calcium 2,80

Strontium 8,00

Hydrocarbons <2% Aromatics 61 brownish liquid

February 2017

POLYESTER GLITTER


Geometry

Hexagonal rod / fiber

Partical size [µm]

Glitter types

February 2017

http://4.bp.blogspot.com/-p3a1l1M4-W8/TtfclA6SGiI/AAAAAAAAAoY/kXTXwNM2QfA/s1600/Hexagon_Glitter.jpg

http://4.bp.blogspot.com/-p3a1l1M4-W8/TtfclA6SGiI/AAAAAAAAAoY/kXTXwNM2QfA/s1600/Hexagon_Glitter.jpg


Safic-Alcan Deutschland GmbHWolfsheimer Straße 1

55534 Bad Kreuznach

Telefon 0671 7946130

Fax 0671 4834524

www.safic-alcan.de

Oliver NachtsheimTechnical Sales Coating Industries

Phone 0203 6080629

Mobil 0172 1666155

E-Mail [email protected]

February 2017

mailto:[email protected]

Herzlichen Dank für Ihre Aufmerksamkeit!

Thank‘s for your attention!

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