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Prospekt Alumium (1) - engichem.co.in

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Alum<strong>in</strong>ium<br />

Alum<strong>in</strong>iumpigmente<br />

für Lacke, Druckfarben und Kunststoffanwendungen<br />

Alum<strong>in</strong>ium<br />

Alum<strong>in</strong>ium Pigments<br />

for pa<strong>in</strong>ts, pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>ks and plastics<br />

Alum<strong>in</strong>ium<br />

Pigments d’alum<strong>in</strong>ium<br />

pour pe<strong>in</strong>tures, encres et matières plastiques<br />

Alum<strong>in</strong>io<br />

Pigmentos de alum<strong>in</strong>io<br />

para lacas, t<strong>in</strong>tas de imprenta y aplicaciónes en materias plásticas<br />

®<br />

schlenk


D<br />

D 1.1 Alum<strong>in</strong>iumpasten<br />

1.1.1 Leaf<strong>in</strong>g Alum<strong>in</strong>iumpasten für Lackanwendungen<br />

1.1.2 Non Leaf<strong>in</strong>g Alum<strong>in</strong>iumpasten für Lackanwendungen<br />

1.1.3 Alum<strong>in</strong>iumpasten für Metalleffektlackierungen<br />

1.1.4 Alum<strong>in</strong>iumpasten – polymerbeschichtet, für Metalleffektlackierungen<br />

4<br />

5<br />

6 - 7<br />

7<br />

1.1.5 Alum<strong>in</strong>iumpasten für wässrige Lack- und Druckfarbensysteme 8 - 9<br />

1.1.6 Alum<strong>in</strong>iumpasten für Druckfarben 10<br />

1.1.7 Alum<strong>in</strong>iumpasten für Kunststoffe<strong>in</strong>färbungen (Masterbatches) 11<br />

1.2 Alum<strong>in</strong>iumpulver<br />

1.2.1 Alum<strong>in</strong>iumpulver Standard 12<br />

1.2.2 Alum<strong>in</strong>iumpulver für Pulverlacke 13 - 14<br />

1.2.3 Alum<strong>in</strong>iumpulver für Kunststoffe<strong>in</strong>färbungen (Masterbatches) 14<br />

1.3 Alum<strong>in</strong>iumgranulate<br />

1.3.1 Alum<strong>in</strong>iumgranulate für Lack- und Druckfarben 15<br />

1.3.2 Alum<strong>in</strong>iumgranulate für Kunststoffe<strong>in</strong>färbungen (Masterbatches) 16<br />

1.4 Alum<strong>in</strong>iumsuspension DECOMET 17 - 18<br />

GB 1.1 Alum<strong>in</strong>ium Pastes<br />

1.1.1 Leaf<strong>in</strong>g Alum<strong>in</strong>ium Pastes for pa<strong>in</strong>t applications 4<br />

1.1.2 Non Leaf<strong>in</strong>g Alum<strong>in</strong>ium Pastes for pa<strong>in</strong>t applications 5<br />

1.1.3 Alum<strong>in</strong>ium Pastes for metallic effects 6 - 7<br />

1.1.4 Alum<strong>in</strong>ium Pastes – polymer <strong>co</strong>atet, for metallic efffects 7<br />

1.1.5 Alum<strong>in</strong>ium Pastes for waterborne pa<strong>in</strong>t and pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>k systems 8 - 9<br />

1.1.6 Alum<strong>in</strong>ium Pastes for pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>ks 10<br />

1.1.7 Alum<strong>in</strong>ium Pastes for pigment<strong>in</strong>g plastics (masterbatches) 11<br />

1.2 Alum<strong>in</strong>ium Powders<br />

1.2.1 Alum<strong>in</strong>ium Powders standard 12<br />

GB<br />

1.2.2 Alum<strong>in</strong>ium Powders for powders <strong>co</strong>at<strong>in</strong>gs 13 - 14<br />

1.2.3 Alum<strong>in</strong>ium Powders for pigment<strong>in</strong>g plastics (masterbatches) 14<br />

1.3 Alum<strong>in</strong>iumgranulates<br />

1.3.1 Alum<strong>in</strong>iumgranulates for pa<strong>in</strong>t and pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>ks 15<br />

1.3.2 Alum<strong>in</strong>iumgranulates for pigment<strong>in</strong>g plastics (masterbatches) 16<br />

1.4 Alum<strong>in</strong>ium suspension DECOMET 17 - 18


F<br />

E<br />

F<br />

1.1 Pâtes d’alum<strong>in</strong>ium<br />

1.1.1 Pâtes d’alum<strong>in</strong>ium pelliculantes pour applications pe<strong>in</strong>ture 4<br />

1.1.2 Pâtes d’alum<strong>in</strong>ium non pelliculantes pour applications pe<strong>in</strong>ture 5<br />

1.1.3 Pâtes d’alum<strong>in</strong>ium pour pe<strong>in</strong>tures effet métallique 6 - 7<br />

1.1.4 Pâtes d’alum<strong>in</strong>ium enrobées en polymére, pour pe<strong>in</strong>tures effet métallique 7<br />

1.1.5 Pâtes d’alum<strong>in</strong>ium pour pe<strong>in</strong>tures et encres systèmes aqueux 8 - 9<br />

1.1.6 Pâtes d’alum<strong>in</strong>ium pour encres 10<br />

1.1.7 Pâtes d’alum<strong>in</strong>ium pour pigmentation de matières plastiques 11<br />

1.2 Poudres d’alum<strong>in</strong>ium<br />

1.2.1 Poudres d’alum<strong>in</strong>ium standard 12<br />

1.2.2 Poudres d’alum<strong>in</strong>ium pour pe<strong>in</strong>tures poudre 13 - 14<br />

1.2.3 Poudres d’alum<strong>in</strong>ium pour pigmentation de matières plastiques 14<br />

1.3 Granulés d’alum<strong>in</strong>ium<br />

1.3.1 Granulés d’alum<strong>in</strong>ium pour pe<strong>in</strong>tures et encres 15<br />

1.3.2 Granulés d’alum<strong>in</strong>ium pour pigmentation de matiéres plastiques 16<br />

1.4 DECOMET Pigments d’alum<strong>in</strong>ium ”effet miroir” 17 - 18<br />

1.1 Pastas de alum<strong>in</strong>io<br />

1.1.1 Pastas de alum<strong>in</strong>io leaf<strong>in</strong>g para aplicación en lacas 4<br />

1.1.2 Pastas de alum<strong>in</strong>io non-leaf<strong>in</strong>g para aplicación en lacas 5<br />

1.1.3 Pastas de alum<strong>in</strong>io para lacas <strong>co</strong>n efecto metáli<strong>co</strong> 6 - 7<br />

1.1.4 Pastas de alum<strong>in</strong>io, recubiertas <strong>co</strong>n polimero para lacas <strong>co</strong>n efecto metáli<strong>co</strong> 7<br />

1.1.5 Pastas de alum<strong>in</strong>io para sistemas acuosos de lacas y t<strong>in</strong>tas de imprenta 8 - 9<br />

1.1.6 Pastas de alum<strong>in</strong>io para t<strong>in</strong>tas de imprenta 10<br />

1.1.7 Pastas de alum<strong>in</strong>io para <strong>co</strong>loración de materias plásticas 11<br />

1.2 Polvos de alum<strong>in</strong>io<br />

1.2.1 Polvos de alum<strong>in</strong>io standard 12<br />

E<br />

1.2.2 Polvos de alum<strong>in</strong>io para lacas en polvo 13 - 14<br />

1.2.3 Polvos de alum<strong>in</strong>io para <strong>co</strong>loración de materias plásticas 14<br />

1.3 Granulados de alum<strong>in</strong>io<br />

1.3.1 Granulados de alum<strong>in</strong>io para lacas y t<strong>in</strong>tas de imprenta 15<br />

1.3.2 Granulados de alum<strong>in</strong>io para lacas <strong>co</strong>loración de materias plásticas 16<br />

1.4 DECOMET Pigmentos de alum<strong>in</strong>io <strong>co</strong>n brillo <strong>in</strong>tenso 17 - 18<br />

3


4<br />

1.1 Alum<strong>in</strong>ium<br />

1.1 Alum<strong>in</strong>ium<br />

1.1.1 Alum<strong>in</strong>iumpasten, Leaf<strong>in</strong>g – für Lackanwendungen<br />

Alum<strong>in</strong>iumpastes, Leaf<strong>in</strong>g – for pa<strong>in</strong>t applications<br />

D<br />

GB<br />

F<br />

E<br />

-pasten<br />

-pastes<br />

Festkörper Deckfläche Leaf<strong>in</strong>g Siebrückstand D50-Wert Lösemittel Anwendungsgebiete<br />

Non volatile Water <strong>co</strong>verage Leaf<strong>in</strong>g value Sieve residue D50-value Solvent Applications<br />

<strong>co</strong>ntent<br />

Taux Pouvoir Valeur Résidu sur tamis Valeur D50 Solvant Doma<strong>in</strong>es<br />

non volatil <strong>co</strong>uvrant pelliculant d’application<br />

Contenido Cubrición Valor leaf<strong>in</strong>g Residuo al tamiz Valor D-50 Solvente Campos de<br />

sólido aplicación<br />

(%) (cm 2 /g) (%) >75μm (%) >45μm (%) (μm)<br />

*6 *1 *2 *3 *4 *4 *5<br />

EM / 70 65 ± 2 m<strong>in</strong>. 18000 m<strong>in</strong>. 65 max. 1 max. 7 ca. 20 Testbenz<strong>in</strong><br />

65 ± 2 m<strong>in</strong>. 18000 m<strong>in</strong>. 65 max. 1 max. 7 approx. 20 white spirit<br />

EM / 90 65 ± 2 m<strong>in</strong>. 20000 m<strong>in</strong>. 65 max. 0,5 max. 2,5 ca. 17 Testbenz<strong>in</strong><br />

65 ± 2 m<strong>in</strong>. 20000 m<strong>in</strong>. 65 max. 0,5 max. 2,5 approx. 17 white spirit<br />

EM / 110 65 ± 2 m<strong>in</strong>. 22000 m<strong>in</strong>. 65 max. 1 ca. 13 Testbenz<strong>in</strong><br />

65 ± 2 m<strong>in</strong>. 22000 m<strong>in</strong>. 65 max. 1 approx. 13 white spirit<br />

EM / 130 65 ± 2 m<strong>in</strong>. 29000 m<strong>in</strong>. 65 max. 0,5 ca. 10 Testbenz<strong>in</strong><br />

65 ± 2 m<strong>in</strong>. 29000 m<strong>in</strong>. 65 max. 0,5 approx. 10 white spirit<br />

EM / LS / 70 65 ± 2 m<strong>in</strong>. 18000 m<strong>in</strong>. 65 max. 1 max. 7 ca. 20 Testbenz<strong>in</strong>/Xylol<br />

65 ± 2 m<strong>in</strong>. 18000 m<strong>in</strong>. 65 max. 1 max. 7 approx. 20 white spirit/xylene<br />

EM / LS / 90 65 ± 2 m<strong>in</strong>. 20000 m<strong>in</strong>. 65 max. 0,5 max. 2,5 ca. 17 Testbenz<strong>in</strong>/Xylol<br />

65 ± 2 m<strong>in</strong>. 20000 m<strong>in</strong>. 65 max. 0,5 max. 2,5 approx. 17 white spirit/xylene<br />

EM / LS / 110 65 ± 2 m<strong>in</strong>. 22000 m<strong>in</strong>. 65 max. 1 ca. 13 Testbenz<strong>in</strong>/Xylol<br />

65 ± 2 m<strong>in</strong>. 22000 m<strong>in</strong>. 65 max. 1 approx. 13 white spirit/xylene<br />

EM / LS / 130 65 ± 2 m<strong>in</strong>. 29000 m<strong>in</strong>. 65 max. 0,5 ca. 10 Testbenz<strong>in</strong>/Xylol<br />

65 ± 2 m<strong>in</strong>. 29000 m<strong>in</strong>. 65 max. 0,5 approx. 10 white spirit/xylene<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 55923, *3 – nach DIN 55923, *4 – nach DIN 53196, *5 – Lasergranulometrie<br />

*6 – auf Wunsch auch Anfertigung mit Aromaten<br />

test methods: *1 – acc. to DIN 55923, *2 – acc. to DIN 55923, *3 – acc. to DIN 55923, *4 – acc. to DIN 53196, *5 – laser granulometry<br />

*6 – if required past<strong>in</strong>g agents with aromatics<br />

1.1.1 Alum<strong>in</strong>ium


1.1.2 Alum<strong>in</strong>iumpasten, Non Leaf<strong>in</strong>g – für Lackanwendungen<br />

Alum<strong>in</strong>iumpastes, Non Leaf<strong>in</strong>g – for pa<strong>in</strong>t applications<br />

D<br />

GB<br />

F<br />

E<br />

Festkörper Siebrückstand D50-Wert Lösemittel Anwendungsgebiete<br />

Non volatile Sieve residue D50-value Solvent Applications<br />

<strong>co</strong>ntent<br />

Taux Résidu sur tamis Valeur D50 Solvant Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Residuo al tamiz Valor D-50 Solvente Campos de<br />

sólido aplicación<br />

(%) >75μm (%) >45μm (%) (μm)<br />

*4 *1 *2 *2 *3<br />

Polytop 90 65 ± 2 max. 0,3 max. 4 ca. 19 Testbenz<strong>in</strong><br />

65 ± 2 max. 0,3 max. 4 approx. 19 white spirit<br />

Polytop 120 65 ± 2 max. 2 ca. 14 Testbenz<strong>in</strong><br />

65 ± 2 max. 2 approx. 14 white spirit<br />

Polytop 150 65 ± 2 max. 0,5 ca. 11 Testbenz<strong>in</strong><br />

65 ± 2 max. 0,5 approx. 11 white spirit<br />

Polytop 0900 65 ± 2 max. 0,3 ca. 14 Testbenz<strong>in</strong><br />

65 ± 2 max. 0,3 approx. 14 white spirit<br />

Polytop 0130 65 ± 2 max. 0,1 ca. 11 Testbenz<strong>in</strong><br />

65 ± 2 max. 0,1 approx. 11 white spirit<br />

Polytop 0145 65 ± 2 max. 0,1 ca. 10 Testbenz<strong>in</strong><br />

65 ± 2 max. 0,1 approx. 10 white spirit<br />

Polytop 1050 65 ± 2 max. 0,5 ca. 22 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,5 approx. 22 white spirit/aromatics<br />

Polytop 1060 65 ± 2 max. 0,5 ca. 20 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,5 approx. 20 white spirit/aromatics<br />

Polytop 1070 65 ± 2 max. 0,1 ca. 18 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,1 approx. 18 white spirit/aromatics<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 53196, *3 – Lasergranulometrie, *4 – auf Wunsch auch Anfertigung mit Aromaten<br />

test methods: *1 – acc. to DIN 55923, *2 – acc. to DIN 53196, *3 – laser granulometry, *4 – if required past<strong>in</strong>g agents with aromatics<br />

1.1.2 Alum<strong>in</strong>ium<br />

5


6<br />

1.1 Alum<strong>in</strong>ium<br />

1.1 Alum<strong>in</strong>ium<br />

1.1.3 Alum<strong>in</strong>iumpasten – für Metalleffektlackierungen<br />

Alum<strong>in</strong>iumpastes – for metallic effects<br />

D<br />

GB<br />

F<br />

E<br />

Festkörper Siebrückstand D50-Wert Lösemittel Anwendungsgebiete<br />

Non metal Sieve residue D50-value Solvent Applications<br />

<strong>co</strong>ntent<br />

Taux Résidu sur tamis Valeur D50 Solvant Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Residuo al tamiz Valor D-50 Solvente Campos de<br />

sólido aplicación<br />

(%) >45μm (%) (μm)<br />

*1 *2 *3<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 53196, *3 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, *2 – acc. to DIN 53196, *3 – laser granulometry<br />

-pasten<br />

-pastes<br />

Alumet 1200 65 ± 2 max. 7 ca. 32 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 7 approx. 32 white spirit/aromatics<br />

Alumet 1500 65 ± 2 max. 0,5 ca. 22 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,5 approx. 22 white spirit/aromatics<br />

Alumet 1600 65 ± 2 max. 0,5 ca. 20 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,5 approx. 20 white spirit/aromatics<br />

Alumet 1700 65 ± 2 max. 0,1 ca. 18 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,1 approx. 18 white spirit/aromatics<br />

Alumet 1800 65 ± 2 max. 0,1 ca. 14 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,1 approx. 14 white spirit/aromatics<br />

Alucar 2600 65 ± 2 max. 0,5 ca. 24 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,5 approx. 24 white spirit/aromatics<br />

Alucar 2700 65 ± 2 max. 0,3 ca. 17 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,3 approx. 17 white spirit/aromatics<br />

Alucar 2900 65 ± 2 max. 0,1 ca. 11 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,1 approx. 11 white spirit/aromatics<br />

Alucar 2950 60 ± 2 max. 0,1 ca. 8 Testbenz<strong>in</strong>/Aromaten<br />

60 ± 2 max. 0,1 approx. 8 white spirit/aromatics<br />

Alubright 3100 70 ± 2 ca. 75 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 approx. 75 white spirit/aromatics<br />

Alubright 3200 70 ± 2 ca. 56 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 approx. 56 white spirit/aromatics<br />

Alubright 3250 70 ± 2 max. 1 ca. 49 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 1 approx. 49 white spirit/aromatics<br />

Alubright 3400 70 ± 2 max. 1 ca. 34 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 1 approx. 34 white spirit/aromatics<br />

Alubright 3600 70 ± 2 max. 1 ca. 31 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 1 approx. 31 white spirit/aromatics<br />

Alubright 3700 70 ± 2 max. 1 ca. 29 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 1 approx. 29 white spirit/aromatics<br />

Alubright 3800 65 ± 2 max. 0,8 ca. 27 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,8 approx. 27 white spirit/aromatics<br />

Alubright 3900 65 ± 2 max. 0,5 ca. 24 Testbenz<strong>in</strong>/Aromaten<br />

65 ± 2 max. 0,5 approx. 24 white spirit/aromatics<br />

1.1.3 Alum<strong>in</strong>ium


1.1.3 Alum<strong>in</strong>iumpasten – für Metalleffektlackierungen<br />

Alum<strong>in</strong>iumpastes – for metallic effects<br />

D<br />

GB<br />

F<br />

E<br />

Festkörper Siebrückstand D50-Wert Lösemittel Anwendungsgebiete<br />

Non volatile Sieve residue D50-value Solvent Applications<br />

<strong>co</strong>ntent<br />

Taux Résidu sur tamis Valeur D50 Solvant Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Residuo al tamiz Valor D-50 Solvente Campos de<br />

sólido aplicación<br />

(%) >45μm (%) (μm)<br />

*1 *2 *3<br />

Alush<strong>in</strong>e 6200 70 ± 2 max. 0,5 ca. 24 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 0,5 approx. 24 white spirit/aromatics<br />

Alush<strong>in</strong>e 6400 70 ± 2 max. 0,3 ca. 22 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 0,3 approx. 22 white spirit/aromatics<br />

Alush<strong>in</strong>e 6600 70 ± 2 max. 0,1 ca. 18 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 0,1 approx. 18 white spirit/aromatics<br />

Alush<strong>in</strong>e 6600 XB 70 ± 2 max. 0,1 ca. 18 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 0,1 approx. 18 white spirit/aromatics<br />

Alush<strong>in</strong>e 6900 70 ± 2 max. 0,1 ca. 15 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 0,1 approx. 15 white spirit/aromatics<br />

Alush<strong>in</strong>e 6950 70 ± 2 max. 0,1 ca. 13 Testbenz<strong>in</strong>/Aromaten<br />

70 ± 2 max. 0,1 approx. 13 white spirit/aromatics<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 53196, *3 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, *2 – acc. to DIN 53196, *3 – laser granulometry<br />

1.1.4 Alum<strong>in</strong>iumpasten – polymerbeschichtet, für Metalleffektlackierungen<br />

Alum<strong>in</strong>iumpastes – polymer <strong>co</strong>atet, for metallic effects<br />

D<br />

GB<br />

F<br />

E<br />

Festkörper Siebrückstand D50-Wert Lösemittel Anwendungsgebiete<br />

Non volatile Sieve residue D50-value Solvent Applications<br />

<strong>co</strong>ntent<br />

Taux Résidu sur tamis Valeur D50 Solvant Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Residuo al tamiz Valor D-50 Solvente Campos de<br />

sólido aplicación<br />

(%) >45μm (%) (μm)<br />

*1 *2 *3<br />

Alumer 1700 50 ± 2 max. 0,1 ca. 18 Testbenz<strong>in</strong>/Aromaten<br />

50 ± 2 max. 0,1 approx. 18 white spirit/aromatics<br />

Alumer 6600 55 ± 2 max. 0,5 ca. 18 Testbenz<strong>in</strong>/Aromaten<br />

55 ± 2 max. 0,5 approx. 18 white spirit/aromatics<br />

Alumer 6900 55 ± 2 max. 0,5 ca. 15 Testbenz<strong>in</strong>/Aromaten<br />

55 ± 2 max. 0,5 approx. 15 white spirit/aromatics<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 53196, *3 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, *2 – acc. to DIN 53196, *3 – laser granulometry<br />

7


8<br />

1.1 Alum<strong>in</strong>ium<br />

1.1 Alum<strong>in</strong>ium-pasten<br />

-pastes<br />

1.1.5 Alum<strong>in</strong>iumpasten – für wässrige Lack- und Druckfarbensysteme<br />

Alum<strong>in</strong>iumpastes – for waterborne pa<strong>in</strong>t and pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>k systems<br />

LEAFING<br />

D<br />

GB<br />

F<br />

E<br />

NON LEAFING<br />

Festkörper Siebrückstand D50-Wert Lösemittel Anwendungsgebiete<br />

Non volatile Sieve residue D50-value Solvent Applications<br />

<strong>co</strong>ntent<br />

Taux Résidu sur tamis Valeur D50 Solvant Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Residuo al tamiz Valor D-50 Solvente Campos de<br />

sólido aplicación<br />

(%) >75μm (%) >45μm (%) (μm)<br />

*1 *2 *2 *3<br />

Aquasilber LPW / 780 65 ± 2 max. 1 max. 7 ca. 20 Wasser<br />

65 ± 2 max. 1 max. 7 approx. 20 water<br />

Aquasilber LPW / 980 65 ± 2 max. 0,5 max. 2,5 ca. 17 Wasser<br />

65 ± 2 max. 0,5 max. 2,5 approx. 17 water<br />

Aquasilber LPW / 1180 65 ± 2 max. 1 ca. 13 Wasser<br />

65 ± 2 max. 1 approx. 13 water<br />

Aquasilber LPW / 1380 65 ± 2 max. 0,5 ca. 10 Wasser<br />

65 ± 2 max. 0,5 approx. 10 water<br />

Aquasilber LPW / 2150 65 ± 2 max. 0,5 ca. 13 Wasser<br />

65 ± 2 max. 0,5 approx. 13 water<br />

Aquamet NPW / 1500 60 ± 2 max. 0,5 ca. 22 Wasser<br />

60 ± 2 max. 0,5 approx. 22 water<br />

Aquamet NPW / 1700 60 ± 2 max. 0,3 ca. 18 Wasser<br />

60 ± 2 max. 0,3 approx. 18 water<br />

Aquamet NPW / 2600 60 ± 2 max. 1 ca. 24 Wasser<br />

60 ± 2 max. 1 approx. 24 water<br />

Aquamet NPW / 2900 60 ± 2 max. 0,1 ca. 11 Wasser<br />

60 ± 2 max. 0,1 approx. 11 water<br />

Aquamet NPW / 3100 60 ± 2 ca. 75 Wasser<br />

60 ± 2 approx. 75 water<br />

Aquamet NPW / 3200 60 ± 2 max. 1,5 ca. 56 Wasser<br />

60 ± 2 max. 1,5 approx. 56 water<br />

Aquamet NPW / 3400 60 ± 2 max. 1 ca. 34 Wasser<br />

60 ± 2 max. 1 approx. 34 water<br />

Aquamet NPW / 6200 60 ± 2 max. 0,5 ca. 24 Wasser<br />

60 ± 2 max. 0,5 approx. 24 water<br />

Aquamet NPW / 6400 60 ± 2 max. 0,3 ca. 22 Wasser<br />

60 ± 2 max. 0,3 approx. 22 water<br />

Aquamet NPW / 6600 60 ± 2 max. 0,1 ca. 18 Wasser<br />

60 ± 2 max. 0,1 approx. 18 water<br />

Aquamet NPW / 6900 60 ± 2 max. 0,1 ca. 15 Wasser<br />

60 ± 2 max. 0,1 approx. 15 water<br />

Aquamet NPW / 6950 60 ± 2 max. 0,1 ca. 13 Wasser<br />

60 ± 2 max. 0,1 approx. 13 water<br />

Aquamet CP / 1500 / 60 60 ± 2 max. 0,5 ca. 22 Wasser<br />

60 ± 2 max. 0,5 approx. 22 water<br />

Aquamet CP / 1700 / 50 50 ± 2 max. 0,5 ca. 18 Wasser<br />

50 ± 2 max. 0,5 approx. 18 water<br />

Aquamet CP / 2600 / 60 60 ± 2 max. 1,0 ca. 24 Wasser<br />

60 ± 2 max. 1,0 approx. 24 water<br />

Aquamet CP / 2900 / 40 40 ± 2 max. 0,8 ca. 11 Wasser<br />

40 ± 2 max. 0,8 approx. 11 water<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 53196, *3 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, *2 – acc. to DIN 53196, *3 – laser granulometry


1.1.5 Alum<strong>in</strong>iumpasten – für wässrige Lack- und Druckfarbensysteme<br />

Alum<strong>in</strong>iumpastes – for waterborne pa<strong>in</strong>t and pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>k systems<br />

D<br />

GB<br />

F<br />

E<br />

Festkörper Siebrückstand D50-Wert Lösemittel Anwendungsgebiete<br />

Non volatile Sieve residue D50-value Solvent Applications<br />

<strong>co</strong>ntent<br />

Taux Résidu sur tamis Valeur D50 Solvant Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Residuo al tamiz Valor D-50 Solvente Campos de<br />

sólido aplicación<br />

(%) >75μm (%) >45μm (%) (μm)<br />

*1 *2 *2 *3<br />

Aquamet CP / 3100 / 60 60 ± 2 ca. 75 Wasser<br />

60 ± 2 approx. 75 water<br />

Aquamet CP / 3200 / 60 60 ± 2 max. 1,0 ca. 56 Wasser<br />

60 ± 2 max. 1,0 approx. 56 water<br />

Aquamet CP / 3400 / 60 60 ± 2 max. 1,0 ca. 34 Wasser<br />

60 ± 2 max. 1,0 approx. 34 water<br />

Aquamet CP / 6600 / 50 50 ± 2 max. 0,5 ca. 18 Wasser<br />

50 ± 2 max. 0,5 approx. 18 water<br />

Aquamet CP / 6900 / 50 50 ± 2 max. 0,5 ca. 15 Wasser<br />

50 ± 2 max. 0,5 approx. 15 water<br />

Aquamet CP / 6950 / 50 50 ± 2 max. 0,5 ca. 13 Wasser<br />

50 ± 2 max. 0,5 approx. 13 water<br />

Aquamet CP-BG / 1500 / 60 60 ± 2 max. 0,5 ca. 22 Butylgly<strong>co</strong>l<br />

60 ± 2 max. 0,5 approx. 22 butyl gly<strong>co</strong>l<br />

Aquamet CP-BG / 1700 / 60 60 ± 2 max. 0,5 ca. 18 Butylgly<strong>co</strong>l<br />

60 ± 2 max. 0,5 approx. 18 butyl gly<strong>co</strong>l<br />

Aquamet CP-BG / 2600 / 60 60 ± 2 max. 1,0 ca. 24 Butylgly<strong>co</strong>l<br />

60 ± 2 max. 1,0 approx. 24 butyl gly<strong>co</strong>l<br />

Aquamet CP-BG / 2900 / 50 50 ± 2 max. 0,8 ca. 11 Butylgly<strong>co</strong>l<br />

50 ± 2 max. 0,8 approx. 11 butyl gly<strong>co</strong>l<br />

Aquamet CP-BG / 3100 / 60 60 ± 2 ca. 75 Butylgly<strong>co</strong>l<br />

60 ± 2 approx. 75 butyl gly<strong>co</strong>l<br />

Aquamet CP-BG / 3200 / 60 60 ± 2 max. 1,0 ca. 56 Butylgly<strong>co</strong>l<br />

60 ± 2 max. 1,0 approx. 56 butyl gly<strong>co</strong>l<br />

Aquamet CP-BG / 3400 / 60 60 ± 2 max. 1,0 ca. 34 Butylgly<strong>co</strong>l<br />

60 ± 2 max. 1,0 approx. 34 butyl gly<strong>co</strong>l<br />

Aquamet CP-BG / 6600 / 60 60 ± 2 max. 0,5 ca. 18 Butylgly<strong>co</strong>l<br />

60 ± 2 max. 0,5 approx. 18 butyl gly<strong>co</strong>l<br />

Aquamet CP-BG / 6900 / 60 60 ± 2 max. 0,5 ca. 15 Butylgly<strong>co</strong>l<br />

60 ± 2 max. 0,5 approx. 15 butyl gly<strong>co</strong>l<br />

Aquamet CP-BG / 6950 / 60 60 ± 2 max. 0,5 ca. 13 Butylgly<strong>co</strong>l<br />

60 ± 2 max. 0,5 approx. 13 butyl gly<strong>co</strong>l<br />

Aquamet WPO / 1500 / 60 60 ± 2 max. 0,5 ca. 22 Wasser<br />

60 ± 2 max. 0,5 approx. 22 water<br />

Aquamet WPO / 1700 / 60 60 ± 2 max. 0,3 ca. 18 Wasser<br />

60 ± 2 max. 0,3 approx. 18 water<br />

Aquamet WPO / 2600 / 60 60 ± 2 max. 1,0 ca. 24 Wasser<br />

60 ± 2 max. 1,0 approx. 24 water<br />

Aquamet WPO / 3100 / 65 65 ± 2 ca. 75 Wasser<br />

65 ± 2 approx. 75 water<br />

Aquamet WPO / 3200 / 65 65 ± 2 max. 1,5 ca. 56 Wasser<br />

65 ± 2 max. 1,5 approx. 56 water<br />

Aquamet WPO / 3400 / 65 65 ± 2 max. 1,0 ca. 34 Wasser<br />

65 ± 2 max. 1,0 approx. 34 water<br />

Aquamet WPO / 6600 / 60 60 ± 2 max. 1,0 ca. 18 Wasser<br />

60 ± 2 max. 1,0 approx. 18 water<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 53196, *3 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, *2 – acc. to DIN 53196, *3 – laser granulometry<br />

9


10<br />

1.1 Alum<strong>in</strong>ium<br />

1.1 Alum<strong>in</strong>ium-pasten<br />

-pastes<br />

1.1.6 Alum<strong>in</strong>iumpasten – für Druckfarben<br />

Alum<strong>in</strong>iumpastes – for pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>ks<br />

LEAFING<br />

D<br />

GB<br />

F<br />

E<br />

Festkörper Deckfläche Siebrückstand D50-Wert Lösemittel Anwendungsgebiete<br />

Non volatile Water <strong>co</strong>verage Sieve residue D50-value Solvent Applications<br />

<strong>co</strong>ntent<br />

Taux Pouvoir Résidu sur tamis Valeur D50 Solvant Doma<strong>in</strong>es<br />

non volatil <strong>co</strong>uvrant d’application<br />

Contenido Cubrición Residuo al tamiz Valor D-50 Solvente Campos de<br />

sólido aplicación<br />

(%) (cm 2 /g) >45μm (%) (μm)<br />

*1 *2 *3 *4<br />

Offset FM / 1380 65 ± 2 m<strong>in</strong>. 29000 max. 0,5 ca. 10 M<strong>in</strong>eralöl<br />

65 ± 2 m<strong>in</strong>. 29000 max. 0,5 approx. 10 m<strong>in</strong>eral oil<br />

Offset FM / 4500 65 ± 2 m<strong>in</strong>. 45000 max. 0,1 ca. 4 M<strong>in</strong>eralöl<br />

65 ± 2 m<strong>in</strong>. 45000 max. 0,1 approx. 4 m<strong>in</strong>eral oil<br />

Offset FM / 6500 65 ± 2 m<strong>in</strong>. 47000 max. 0,1 ca. 4 M<strong>in</strong>eralöl<br />

65 ± 2 m<strong>in</strong>. 47000 max. 0,1 approx. 4 m<strong>in</strong>eral oil<br />

PM / 990 65 ± 2 m<strong>in</strong>. 20000 max. 2,5 ca. 17 Methoxipropanol<br />

65 ± 2 m<strong>in</strong>. 20000 max. 2,5 approx. 17 methoxy propanol<br />

PM / 1190 65 ± 2 m<strong>in</strong>. 22000 max. 1 ca. 13 Methoxipropanol<br />

65 ± 2 m<strong>in</strong>. 22000 max. 1 approx. 13 methoxy propanol<br />

PM / 1390 65 ± 2 m<strong>in</strong>. 29000 max. 0,5 ca. 10 Methoxipropanol<br />

65 ± 2 m<strong>in</strong>. 29000 max. 0,5 approx. 10 methoxy propanol<br />

Metaface PM / 2150 65 ± 2 m<strong>in</strong>. 30000 max. 0,5 ca. 13 Methoxipropanol<br />

65 ± 2 m<strong>in</strong>. 30000 max. 0,5 approx. 13 methoxy propanol<br />

Metaface UV / 2140 65 ± 2 m<strong>in</strong>. 30000 max. 0,5 ca. 13 Oligodiacrylat<br />

65 ± 2 m<strong>in</strong>. 30000 max. 0,5 approx. 13 oligodiacrylate<br />

NON LEAFING<br />

ET / 1500 60 ± 2 max. 0,5 ca. 22 Ethylacetat<br />

60 ± 2 max. 0,5 approx. 22 ethylacetate<br />

ET / 1700 60 ± 2 max. 0,1 ca. 18 Ethylacetat<br />

60 ± 2 max. 0,1 approx. 18 ethylacetate<br />

ET / 1800 60 ± 2 max. 0,1 ca. 14 Ethylacetat<br />

60 ± 2 max. 0,1 approx. 14 ethylacetate<br />

ET / 2900 60 ± 2 max. 0,1 ca. 11 Ethylacetat<br />

60 ± 2 max. 0,1 approx. 11 ethylacetate<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 55923, *3 – nach DIN 53196, *4 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, *2 – acc. to DIN 55923, *3 – acc. to DIN 53196, *4 – laser granulometry<br />

Bei Bedarf <strong>in</strong> anderen Lösemitteln erhältlich<br />

Upon request available <strong>in</strong> different solvents<br />

1.1.6 Alum<strong>in</strong>ium


1.1 Alum<strong>in</strong>ium<br />

1.1 Alum<strong>in</strong>ium-pasten<br />

-pastes<br />

1.1.7 Alum<strong>in</strong>iumpasten – für Kunststoffe<strong>in</strong>färbungen (Masterbatches)<br />

Alum<strong>in</strong>iumpastes – for pigment<strong>in</strong>g plastics (masterbatches)<br />

D<br />

GB<br />

F<br />

E<br />

Festkörper Siebrückstand D50-Wert Weichmacher Anwendungsgebiete<br />

Non volatile Sieve residue D50-value Plasticizer Applications<br />

<strong>co</strong>ntent<br />

Taux Résidu sur tamis Valeur D50 Plastifiant Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Residuo al tamiz Valor D-50 Ablandador Campos de<br />

sólido aplicación<br />

(%) >45μm (%) (μm)<br />

*4 *1 *2 *3<br />

ON / 770* 80 ± 2 max. 7 ca. 20 Weißöl<br />

max. 7 approx. 20 white oil<br />

ON / 970* 80 ± 2 max. 2,5 ca. 17 Weißöl<br />

max. 2,5 approx. 17 white oil<br />

ON / 1170* 80 ± 2 max. 1 ca. 13 Weißöl<br />

max. 1 approx. 13 white oil<br />

ON / 1370* 80 ± 2 max. 0,5 ca. 10 Weißöl<br />

max. 0,5 approx. 10 white oil<br />

ON / 3100* 80 ± 2 ca. 75 Weißöl<br />

approx. 75 white oil<br />

ON / 3200* 80 ± 2 ca. 56 Weißöl<br />

approx. 56 white oil<br />

ON / 3400* 80 ± 2 ca. 34 Weißöl<br />

approx. 34 white oil<br />

ON / 1200* 80 ± 2 max. 7 ca. 32 Weißöl<br />

max. 7 approx. 32 white oil<br />

ON / 2600* 80 ± 2 max. 0,5 ca. 24 Weißöl<br />

max. 0,5 approx. 24 white oil<br />

ON / 1500* 80 ± 2 max. 0,5 ca. 22 Weißöl<br />

max. 0,5 approx. 22 white oil<br />

ON / 2900* 80 ± 2 max. 0,1 ca. 11 Weißöl<br />

max. 0,1 approx. 11 white oil<br />

ON / S / 0130 / 75 75 ± 2 ca. 11 Weißöl<br />

approx. 11 white oil<br />

ON / S / 0170 / 75 75 ± 2 ca. 8 Weißöl<br />

approx. 8 white oil<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 53196, *3 – Lasergranulometrie, *4 – auch erhältlich als DINP- oder ESO-Pasten<br />

test methods: *1 – acc. to DIN 55923,*2 – acc. to DIN 53196, *3 – laser granulometry, *4 – Upon request available as DINP-or ESO-Pastes<br />

DINP = Diisononylphthalat / Diisononylphtalate ESO = epoxidiertes Sojabohnenöl / soybean oil epoxidized<br />

1.1.7 Alum<strong>in</strong>ium<br />

11


12<br />

1.2 Alum<strong>in</strong>ium<br />

1.2 Alum<strong>in</strong>ium-pulver<br />

-powders<br />

1.2.1 Alum<strong>in</strong>iumpulver Standard<br />

Alum<strong>in</strong>iumpowders standard<br />

LEAFING<br />

D<br />

GB<br />

F<br />

E<br />

Deckfläche Siebrückstand D50-Wert Anwendungsgebiete<br />

Water <strong>co</strong>verage Sieve residue D50-value Applications<br />

Pouvoir Résidu sur tamis Valeur D50 Doma<strong>in</strong>es<br />

<strong>co</strong>uvrant d’application<br />

Cubrición Residuo al tamiz Valor D-50 Campos de<br />

aplicación<br />

(cm 2 /g) >75μm (%) >45μm (%) (μm)<br />

*1 *2 *2 *3<br />

CS / 45 m<strong>in</strong>. 4500 max. 60 ca. 55<br />

m<strong>in</strong>. 4500 max. 60 approx. 55<br />

PP / 770 m<strong>in</strong>. 18000 max. 1 max. 7 ca. 20<br />

m<strong>in</strong>. 18000 max. 1 max. 7 approx. 20<br />

PP / 780 m<strong>in</strong>. 18000 max. 1 max. 7 ca. 20<br />

m<strong>in</strong>. 18000 max. 1 max. 7 approx. 20<br />

PP / 970 m<strong>in</strong>. 20000 max. 0,5 max. 3 ca. 17<br />

m<strong>in</strong>. 20000 max. 0,5 max. 3 approx. 17<br />

PP / 980 m<strong>in</strong>. 20000 max. 0,5 max. 3 ca. 17<br />

m<strong>in</strong>. 20000 max. 0,5 max. 3 approx. 17<br />

PP / 1170 m<strong>in</strong>. 22000 max. 1 ca. 13<br />

m<strong>in</strong>. 22000 max. 1 approx. 13<br />

PP / 1180 m<strong>in</strong>. 22000 max. 1 ca. 13<br />

m<strong>in</strong>. 22000 max. 1 approx. 13<br />

PP / 1370 m<strong>in</strong>. 29000 max. 0,5 ca. 10<br />

m<strong>in</strong>. 29000 max. 0,5 approx. 10<br />

PP / 1380 m<strong>in</strong>. 29000 max. 0,5 ca. 10<br />

m<strong>in</strong>. 29000 max. 0,5 approx. 10<br />

Metaface 2150 m<strong>in</strong>. 30000 max. 0,5 ca. 13<br />

m<strong>in</strong>. 30000 max. 0,5 approx. 13<br />

NON LEAFING<br />

900 nl max. 0,3 max. 4 ca. 22<br />

max. 0,3 max. 4 approx. 22<br />

1500 nl max. 0,5 ca. 12<br />

max. 0,5 approx. 12<br />

Prüfmethoden: *1 – nach DIN 55923, *2 – nach DIN 53196, *3 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, *2 – acc. to DIN 53196, *3 – laser granulometry<br />

1.2.1 Alum<strong>in</strong>ium


1.2 Alum<strong>in</strong>ium<br />

1.2 Alum<strong>in</strong>ium-pulver<br />

-powders<br />

1.2.2 Alum<strong>in</strong>iumpulver – für Pulverlacke<br />

Alum<strong>in</strong>iumpowders – for powders <strong>co</strong>at<strong>in</strong>gs<br />

LEAFING<br />

D<br />

GB<br />

F<br />

E<br />

Powdal 70 max. 7 ca. 20<br />

max. 7 approx. 20<br />

Powdal 110 max. 1,5 ca. 13<br />

max. 1,5 approx. 13<br />

Powdal 130 max. 1 ca. 10<br />

max. 1 approx. 10<br />

Powdal 170 max. 0,5 ca. 6<br />

max. 0,5 approx. 6<br />

Powdal 170 XB m<strong>in</strong>d. 40000 max. 0,5 ca. 6<br />

m<strong>in</strong>d. 40000 max. 0,5 approx. 6<br />

NON LEAFING<br />

Deckfläche Siebrückstand D50-Wert Anwendungsgebiete<br />

Water Sieve residue D50-value Applications<br />

<strong>co</strong>verage<br />

Pouvoir Résidu sur tamis Valeur D50 Doma<strong>in</strong>es<br />

<strong>co</strong>uvrant d’application<br />

Cubrición Residuo al tamiz Valor D-50 Campos de<br />

aplicación<br />

>75μm (%) >45μm (%) (μm)<br />

*1 *1 *2<br />

Powdal 310 n. l. ca. 75<br />

approx. 75<br />

Powdal 320 n. l. max. 1 ca. 56<br />

max. 1 approx. 56<br />

Powdal 340 n. l. max. 1 ca. 34<br />

max. 1 approx. 34<br />

Powdal 1500 max. 1 ca. 22<br />

max. 1 approx. 22<br />

Powdal 1700 max. 1 ca. 18<br />

max. 1 approx. 18<br />

Powdal 2600 max. 1 ca. 24<br />

max. 1 approx. 24<br />

Powdal 2900 max. 1 ca. 11<br />

max. 1 approx. 11<br />

Powdal 3100 ca. 75<br />

approx. 75<br />

Powdal 3200 max. 1 ca. 56<br />

max. 1 approx. 56<br />

Powdal 3250 max. 1 ca. 48<br />

max. 1 approx. 48<br />

Powdal 3400 max. 1 ca. 34<br />

max. 1 approx. 34<br />

Powdal 6600 max. 0,1 ca. 18<br />

max. 0,1 approx. 18<br />

Powdal 6900 ca. 1 ca. 15<br />

approx. 1 approx. 15<br />

Powdal 6950 ca. 1 ca. 13<br />

approx. 1 approx. 13<br />

Prüfmethoden: *1 – nach DIN 53196, *2 – Lasergranulometrie, gemessen am Ausgangsmaterial<br />

test methods: *1 – acc. to DIN 53196, *2 – laser granulometry, measured on <strong>in</strong>itiated material<br />

13


14<br />

1.2.2 Alum<strong>in</strong>iumpulver – für Pulverlacke<br />

Alum<strong>in</strong>iumpowders – for powders <strong>co</strong>at<strong>in</strong>gs<br />

D<br />

GB<br />

F<br />

E<br />

NON LEAFING<br />

Prüfmethoden: *1 – nach DIN 53196, *2 – Lasergranulometrie, gemessen am Ausgangsmaterial<br />

test methods: *1 – acc. to DIN 53196, *2 – laser granulometry, measured on <strong>in</strong>itiated material<br />

1.2.3 Alum<strong>in</strong>iumpulver – für Kunststoffe<strong>in</strong>färbungen (Masterbatches)<br />

Alum<strong>in</strong>iumpowders – for pigment<strong>in</strong>g plastics (masterbatches)<br />

D<br />

GB<br />

F<br />

E<br />

Prüfmethoden: *1 – nach DIN 53196, *2 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 53196, *2 – laser granulometry<br />

Deckfläche Siebrückstand D50-Wert Anwendungsgebiete<br />

Water Sieve residue D50-value Applications<br />

<strong>co</strong>verage<br />

Pouvoir Résidu sur tamis Valeur D50 Doma<strong>in</strong>es<br />

<strong>co</strong>uvrant d’application<br />

Cubrición Residuo al tamiz Valor D-50 Campos de<br />

aplicación<br />

>75μm (%) >45μm (%) (μm)<br />

*1 *1 *2<br />

Powdal 3100 XT* ca. 75<br />

approx. 75<br />

Powdal 3200 XT* ca. 1 ca. 56<br />

approx. 1 approx. 56<br />

Powdal 3250 XT* ca. 1 ca. 48<br />

approx. 1 approx. 48<br />

Powdal 3400 XT* ca. 1 ca. 34<br />

approx. 1 approx. 34<br />

*für höchste Ansprüche an chemische Beständigkeiten<br />

*for highest demands on chemical resistances and weatherability<br />

Siebrückstand D50-Wert Anwendungsgebiete<br />

Sieve residue D50-value Applications<br />

Résidu sur tamis Valeur D50 Doma<strong>in</strong>es<br />

d’application<br />

Residuo al tamiz Valor D-50 Campos de<br />

aplicación<br />

>45μm (%) (μm)<br />

*1 *2<br />

Alum<strong>in</strong>iumpulver 310 n.l. ca. 75<br />

approx. 75<br />

Alum<strong>in</strong>iumpulver 320 n.l. ca. 56<br />

approx. 56<br />

Alum<strong>in</strong>iumpulver 340 n.l. max. 1 ca. 34<br />

max. 1 approx. 34<br />

Constant 3100 ca. 75<br />

approx. 75<br />

Constant 3200 ca. 56<br />

approx. 56<br />

Constant 3400 max. 1 ca. 34<br />

max. 1 approx. 34<br />

Constant 2600 max. 1 ca. 24<br />

max. 1 approx. 24<br />

Constant 1500 max. 1 ca. 22<br />

max. 1 approx. 22<br />

Constant 1700 max. 1 ca. 18<br />

max. 1 approx. 18<br />

Constant 2900 max. 1 ca. 11<br />

max. 1 approx. 11


1.3 Alum<strong>in</strong>ium<br />

1.3 Alum<strong>in</strong>ium-granulate<br />

-granulates<br />

1.3.1 Alum<strong>in</strong>iumgranulate – für Lack- und Druckfarben<br />

Alum<strong>in</strong>iumgranulates – for pa<strong>in</strong>t and pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>ks<br />

LEAFING<br />

D<br />

GB<br />

F<br />

E<br />

NON LEAFING<br />

D50-Wert Metallgehalt Harz Anwendungsgebiete<br />

D50-value Non volatile Res<strong>in</strong> Applications<br />

<strong>co</strong>ntent<br />

Valeur D50 Contenu en Rés<strong>in</strong> Doma<strong>in</strong>es<br />

métal d’application<br />

Valor D-50 Contenido Res<strong>in</strong>a Campos de<br />

metáli<strong>co</strong> aplicación<br />

(μm) (%)<br />

*1 *2 *3<br />

Grandal 170 ca. 6 ca. 95 max. 5<br />

approx. 6 approx. 95 max. 5<br />

Grandal 770 ca. 20 ca. 95 max. 5<br />

approx. 20 approx. 95 max. 5<br />

Grandal 2140 ca. 13 ca. 95 max. 5<br />

approx. 13 approx. 95 max. 5<br />

Grandal 1500 ca. 22 ca. 95 max. 5<br />

approx. 22 approx. 95 max. 5<br />

Grandal 1700 ca. 18 ca. 95 max. 5<br />

approx. 18 approx. 95 max. 5<br />

Grandal 2600 ca. 24 ca. 95 max. 5<br />

approx. 24 approx. 95 max. 5<br />

Grandal 2900 ca. 11 ca. 95 max. 5<br />

approx. 11 approx. 95 max. 5<br />

Grandal 6600 ca. 18 ca. 95 max. 5<br />

approx. 18 approx. 95 max. 5<br />

Grandal 6900 ca. 15 ca. 95 max. 5<br />

approx. 15 approx. 95 max. 5<br />

Grandal 6950 ca. 13 ca. 95 max. 5<br />

approx. 13 approx. 95 max. 5<br />

Prüfmethoden: *2 – Lasergranulometrie, *2 – nach DIN 55923, *3 – Harz: Laropal<br />

test methods: *2 – laser granulometry, *2 – acc. to DIN 55923, *3 – res<strong>in</strong>: Laropal<br />

1.3.1 Alum<strong>in</strong>ium<br />

15


16<br />

1.3.2 Alum<strong>in</strong>iumgranulate – für Kunststoffe<strong>in</strong>färbungen (Masterbatches)<br />

Alum<strong>in</strong>iumgranulates – for pigment<strong>in</strong>g plastics (masterbatches)<br />

D<br />

GB<br />

F<br />

E<br />

Prüfmethoden: *1 – nach DIN 55923, **2 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, **2 – laser granulometry<br />

Festkörper D50-Wert Lösemittel Anwendungsgebiete<br />

Non volatile D50-value Solvent Applications<br />

<strong>co</strong>ntent<br />

Taux Valeur D50 Solvant Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Valor D-50 Solvente Campos de<br />

sólido aplicación<br />

NON LEAFING<br />

(%)<br />

*1<br />

μm<br />

*2<br />

Grandal P 3100 80 ± 2 ca. 75 PE-Wachs<br />

80 ± 2 approx. 75 PE-wax<br />

Grandal P 3200 80 ± 2 ca. 56 PE-Wachs<br />

80 ± 2 approx. 56 PE-wax<br />

Grandal P 3350 80 ± 2 ca. 41 PE-Wachs<br />

80 ± 2 approx. 41 PE-wax<br />

Grandal P 1200 80 ± 2 ca. 32 PE-Wachs<br />

80 ± 2 approx. 32 PE-wax<br />

Grandal P 2600 81 ± 2 ca. 24 PE-Wachs<br />

81 ± 2 approx. 24 PE-wax<br />

Grandal P 0130 80 ± 2 ca. 11 PE-Wachs<br />

80 ± 2 approx. 11 PE-wax<br />

Grandal P 0170 80 ± 2 ca. 8 PE-Wachs<br />

80 ± 2 approx. 8 PE-wax


1.4 Alum<strong>in</strong>ium<br />

1.4 Alum<strong>in</strong>ium-suspension<br />

-suspension<br />

1.4 DECOMET ® Alum<strong>in</strong>iumpigmente Hochglanz<br />

DECOMET ® Alum<strong>in</strong>iumpigments highly brilliant<br />

D<br />

GB<br />

F<br />

E<br />

for solventborne<br />

systems<br />

Prüfmethoden: *1 – nach DIN 55923, **2 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, **2 – laser granulometry<br />

Festkörper D50-Wert Lösemittel Stabilisiert Anwendungsgebiete<br />

Non volatile D50-value Solvent Stabilized Applications<br />

<strong>co</strong>ntent<br />

Taux Valeur D50 Solvant Stabilisé Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Valor D-50 Solvente Estabilidad Campos de<br />

sólido aplicación<br />

(%) μm<br />

*1 *2<br />

De<strong>co</strong>met 1001/10 ca. 10 ca. 12 -15 Isopropylacetat (IT) –<br />

approx. 10 approx. 12 -15 isopropyl acetate (IT) –<br />

De<strong>co</strong>met 1004/10 ca. 10 ca. 12 - 15 Ethylacetat (ET) –<br />

approx. 10 approx. 12 -15 ethyl acetate (ET) –<br />

De<strong>co</strong>met 1006/30 ca. 30 ca. 12 - 15 M<strong>in</strong>eralöl –<br />

approx. 30 approx. 12 -15 m<strong>in</strong>eral oil –<br />

De<strong>co</strong>met 1008/10 ca. 10 ca. 12 - 15 Methoxypropylacetat (MPA) –<br />

approx. 10 approx. 12 -15 methoxypropyl acetate (MPA) –<br />

De<strong>co</strong>met 1009/10 ca. 10 ca. 12 - 15 N-propylacetat –<br />

approx. 10 approx. 12 -15 n-propyl acetate –<br />

De<strong>co</strong>met 1010/10 ca. 10 ca. 12 - 15 Methoxypropanol (PM) –<br />

approx. 10 approx. 12 -15 methoxypropanol (PM) –<br />

De<strong>co</strong>met 1011/10 ca. 10 ca. 12 - 15 IT/ET 1:1 –<br />

approx. 10 approx. 12 -15 IT/ET 1:1 –<br />

for water dilutable and waterborne systems<br />

De<strong>co</strong>met 1032/10 ca. 10 ca. 12 - 15 Isopropanol (IL) –<br />

approx. 10 approx. 12 -15 isopropanol (IL) –<br />

De<strong>co</strong>met 1033/10 ca. 10 ca. 12 - 15 Butylglykol –<br />

approx. 10 approx. 12 -15 butyl gly<strong>co</strong>l –<br />

De<strong>co</strong>met 1035/10 ca. 10 ca. 12 -15 Propylenglykol –<br />

approx. 10 approx. 12 -15 propylen gly<strong>co</strong>l –<br />

De<strong>co</strong>met 1050/10 ca. 10 ca. 12 - 15 Wasser ✓<br />

approx. 10 approx. 12 -15 water ✓<br />

De<strong>co</strong>met 1053/10 ca. 10 ca. 12 - 15 Butylglykol ✓<br />

approx. 10 approx. 12 -15 butyl gly<strong>co</strong>l ✓<br />

De<strong>co</strong>met 1055/10 ca. 10 ca. 12 - 15 Propylenglykol ✓<br />

approx. 10 approx. 12 -15 propylen gly<strong>co</strong>l ✓<br />

2000 and 2100 series for solventborne systems<br />

De<strong>co</strong>met 2001/10 ca. 10 ca. 12 - 15 Isopropylacetat (IT) –<br />

approx. 10 approx. 12 -15 isopropyl acetate (IT) –<br />

De<strong>co</strong>met 2004/10 ca. 10 ca. 12 - 15 Ethylacetat (ET) –<br />

approx. 10 approx. 12 -15 ethyl acetate (ET) –<br />

De<strong>co</strong>met 2008/10 ca. 10 ca. 12 - 15 Methoxypropylacetat (MPA) –<br />

approx. 10 approx. 12 -15 methoxypropyl acetate (MPA) –<br />

De<strong>co</strong>met 2009/10 ca. 10 ca. 12 - 15 N-propylacetat –<br />

approx. 10 approx. 12 -15 n-propyl acetate –<br />

De<strong>co</strong>met 2010/10 ca. 10 ca. 12 - 15 Methoxypropanol (PM) –<br />

approx. 10 approx. 12 -15 methoxypropanol (PM) –<br />

De<strong>co</strong>met 2101/10 ca. 10 ca. 10 - 11 Isopropylacetat –<br />

approx. 10 approx. 10 -11 isopropyl acetate –<br />

De<strong>co</strong>met 2104/10 ca. 10 ca. 10 - 11 Ethylacetat (ET) –<br />

approx. 10 approx. 10 -11 ethyl acetate (ET) –<br />

De<strong>co</strong>met 2108/10 ca. 10 ca. 10 - 11 Methoxypropylacetat (MPA) –<br />

approx. 10 approx. 10 -11 methoxypropyl acetate (MPA) –<br />

De<strong>co</strong>met 2110/10 ca. 10 ca. 10 - 11 Methoxypropanol (PM) –<br />

approx. 10 approx. 10 -11 methoxypropanol (PM) –<br />

Vacuum Metallized Pigments<br />

17


18<br />

1.4 DECOMET ® Alum<strong>in</strong>iumpigmente Hochglanz<br />

DECOMET ® Alum<strong>in</strong>iumpigments highly brilliant<br />

D<br />

GB<br />

F<br />

E<br />

Prüfmethoden: *1 – nach DIN 55923, **2 – Lasergranulometrie<br />

test methods: *1 – acc. to DIN 55923, **2 – laser granulometry<br />

Festkörper D50-Wert Lösemittel Stabilisiert Anwendungsgebiete<br />

Non volatile D50-value Solvent Stabilized Applications<br />

<strong>co</strong>ntent<br />

Taux Valeur D50 Solvant Stabilisé Doma<strong>in</strong>es<br />

non volatil d’application<br />

Contenido Valor D-50 Solvente Estabilidad Campos de<br />

sólido aplicación<br />

(%) μm<br />

*1 *2<br />

3000 and 3100 series for solventborne systems<br />

De<strong>co</strong>met 3001/10 ca. 10 ca. 11 - 14 Isopropylacetat (IT) –<br />

approx. 10 approx. 11 -14 isopropyl acetate (IT) –<br />

De<strong>co</strong>met 3004/10 ca. 10 ca. 11 - 14 Ethylacetat (ET) –<br />

approx. 10 approx. 11 -14 ethyl acetate (ET –<br />

De<strong>co</strong>met 3008/10 ca. 10 ca. 11 - 14 Methoxypropylacetat (MPA) –<br />

approx. 10 approx. 11 -14 methoxypropyl acetate (MPA) –<br />

De<strong>co</strong>met 3010/10 ca. 10 ca. 11 - 14 Methoxypropanol (PM) –<br />

approx. 10 approx. 11 -14 methoxypropanol (PM) –<br />

De<strong>co</strong>met 3104/10 ca. 10 ca. 10 - 11 Ethylacetat (ET) –<br />

approx. 10 approx. 10 -11 ethyl acetate (ET –<br />

De<strong>co</strong>met 3108/10 ca. 10 ca. 10 - 11 Methoxypropylacetat (MPA) –<br />

approx. 10 approx. 10 -11 methoxypropyl acetate (MPA) –<br />

4000 series for solventborne systems<br />

De<strong>co</strong>met 4004/10 ca. 10 ca. 11 - 14 Ethylacetat (ET) –<br />

approx. 10 approx. 11 -14 ethyl acetate (ET –<br />

De<strong>co</strong>met 4008/10 ca. 10 ca. 11 - 14 Methoxypropylacetat (MPA) –<br />

approx. 10 approx. 11 -14 methoxypropyl acetate (MPA) –<br />

De<strong>co</strong>met 4010/10 ca. 10 ca. 11 - 14 Methoxypropylacetat (MPA) –<br />

approx. 10 approx. 11 -14 methoxypropyl acetate (MPA) –


Symbolerläuterungen<br />

Symbols<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

Fahrzeug- und Zubehörlackierungen<br />

Automotive and accessories <strong>co</strong>at<strong>in</strong>gs<br />

Pe<strong>in</strong>tures automobiles et accessoires<br />

Lacas automotrices<br />

Allg. Industrielacke<br />

Industrial <strong>co</strong>at<strong>in</strong>gs<br />

Pe<strong>in</strong>tures <strong>in</strong>dustrielles<br />

Lacas <strong>in</strong>dustriales<br />

Korrosionsschutzlacke,<br />

Tankanstriche, hitzefeste Anstriche<br />

Anti<strong>co</strong>rrosive <strong>co</strong>at<strong>in</strong>gs,<br />

heat resistant <strong>co</strong>at<strong>in</strong>gs, tank <strong>co</strong>at<strong>in</strong>gs<br />

Pe<strong>in</strong>tures résistantes à la chaleur,<br />

pe<strong>in</strong>tures anti-<strong>co</strong>rrosives, pe<strong>in</strong>tures pour <strong>co</strong>nta<strong>in</strong>er<br />

Lacas anti<strong>co</strong>rrosivas,<br />

recubrimiento de tanques, lacas resistentes al calor<br />

Dachbeschichtungen<br />

Roof <strong>co</strong>at<strong>in</strong>gs<br />

Bitumes<br />

Recubrimiento de techos<br />

Schiffsfarben<br />

Mar<strong>in</strong>e pa<strong>in</strong>ts<br />

Pe<strong>in</strong>tures mar<strong>in</strong>es<br />

P<strong>in</strong>turas mar<strong>in</strong>as<br />

Coil Coat<strong>in</strong>g<br />

Coil <strong>co</strong>at<strong>in</strong>gs<br />

Coil Coat<strong>in</strong>g<br />

Recubrimiento de rodillo<br />

Can Coat<strong>in</strong>g<br />

Can <strong>co</strong>at<strong>in</strong>gs<br />

Can Coat<strong>in</strong>g<br />

Recubrimiento de latas<br />

Chromeffekt-, Dekorations-,<br />

Reflexionslacke<br />

Chrome effect/de<strong>co</strong>ration<br />

and reflective <strong>co</strong>at<strong>in</strong>gs<br />

Pe<strong>in</strong>tures effets chrome,<br />

dé<strong>co</strong>ratives, réfléchissantes<br />

Lacas efecto cromo, lacas<br />

de<strong>co</strong>rativas, lacas relucientes<br />

Hammerschlageffekte<br />

Hammerf<strong>in</strong>ish <strong>co</strong>at<strong>in</strong>gs<br />

Pe<strong>in</strong>tures martelées<br />

Esmaltes martellados<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

D<br />

GB<br />

F<br />

E<br />

Sprühdosenlacke, DIY<br />

Aerosols, DIY<br />

Aérosols<br />

Aerosoles<br />

Pulverlacke<br />

Powder <strong>co</strong>at<strong>in</strong>gs<br />

Pe<strong>in</strong>tures poudres<br />

Lacas en polvo<br />

Kunststoffe<strong>in</strong>färbung,<br />

Masterbatches<br />

Colour<strong>in</strong>g plastic materials<br />

masterbatches<br />

Coloration de matières plastiques,<br />

Mélange maître<br />

Coloración de plásti<strong>co</strong>s,<br />

masterbatches<br />

Kunststofflackierung<br />

Plastic-Coat<strong>in</strong>gs<br />

Pe<strong>in</strong>tures sur plastique<br />

P<strong>in</strong>tura sobre plásti<strong>co</strong><br />

Offsetdruckfarben<br />

Offset pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>ks<br />

Encre Offset<br />

T<strong>in</strong>tas de imprenta offset<br />

Tiefdruck<br />

Gravure pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>ks<br />

Encre Hélio<br />

Hue<strong>co</strong>grabado<br />

Flexodruck<br />

Flexographic pr<strong>in</strong>t<strong>in</strong>g <strong>in</strong>ks<br />

Encre Flexo<br />

Flexografiá<br />

Siebdruck<br />

Screen pr<strong>in</strong>t<strong>in</strong>g<br />

Sérigraphie<br />

Serigrafía<br />

Textilbeschichtung<br />

Textile <strong>co</strong>at<strong>in</strong>gs<br />

Enduction textile<br />

Recubrimiento de textil<br />

Papierbeschichtung<br />

Paper <strong>co</strong>at<strong>in</strong>gs<br />

Enduction papier<br />

Recubrimiento de papel


Symbolerläuterungen<br />

(siehe Innenseite)<br />

Symbols<br />

(<strong>in</strong>side)


HEAD OFFICE<br />

SCHLENK METALLPULVER GMBH & CO. KG<br />

BARNSDORFER HAUPTSTRASSE 5<br />

D-91154 ROTH / GERMANY<br />

TEL.: ++49 (9171) 808-0<br />

FAX: ++49 (9171) 808-200<br />

E-MAIL: pigments@schlenk.de<br />

INTERNET: www.schlenk.de<br />

INTERNATIONAL SUBSIDIARIES<br />

EUROPE<br />

CZECH REPUBLIC:<br />

ALBO SCHLENK A.S.<br />

TOVARNI 532<br />

CZ-68771 BOJKOVICE<br />

TEL.: ++420.572/64 21 21<br />

FAX: ++420.572/64 14 98<br />

FRANCE:<br />

SCHLENK PIGMENTS MÉTALLIQUES SAS<br />

3, ALLÉE DES MERISIERS<br />

Z.I. ECOPARC<br />

F-27400 HEUDEBOUVILLE<br />

TEL.: ++33 2 32 50 89 05<br />

FAX: ++33 2 32 50 89 07<br />

E-MAIL: schlenk@schlenk.fr<br />

ITALY:<br />

PIGMENTI METALLICI SRL<br />

STRADA PROV. PER CASELLE, 1<br />

I-20081 MORIMONDO (MI)<br />

TEL: +39 02 94 00 894<br />

FAX: +39 02 94 07 265<br />

E-MAIL: p.levaggi@schlenk.it<br />

SLOVENIA:<br />

KAMNIK-SCHLENK D.O.O.<br />

FUZINE 9<br />

SI-1241 KAMNIK<br />

TEL.: ++386 1 83 09 440<br />

FAX: ++386 1 83 09 443<br />

E-MAIL: <strong>in</strong>fo@kamnik-schlenk.si<br />

schlenk<br />

PRODUCTION SITES<br />

BARNSDORF<br />

D-91154 ROTH<br />

TEL.: ++49 (9171) 808-0<br />

FAX: ++49 (9171) 808-200<br />

BITTERFELD<br />

D-06749 BITTERFELD<br />

TEL.: ++49 (3493) 30 17 9-0<br />

FAX: ++49 (3493) 30 17 9-14<br />

ROTHENBRUCK<br />

D-91284 NEUHAUS-ROTHENBRUCK<br />

TEL.: ++49 (9156) 92 94-0<br />

FAX: ++49 (9156) 12 11<br />

AMERICA<br />

USA:<br />

SCHLENK-BOTH METALLIC PIGMENTS<br />

40 NICKERSON ROAD<br />

ASHLAND/MA. 01721-1912<br />

TEL.: ++1.508/8 81-91 47<br />

FAX: ++1.508/8 81 12 78<br />

E-MAIL: thomas.schaller@schlenkusa.<strong>co</strong>m<br />

ASIA<br />

HONG KONG:<br />

SCHLENK ASIA LTD.<br />

1210 SHUN TAK CENTRE<br />

168-200 CONNAUGHT ROAD CENTRAL<br />

HONG KONG<br />

TEL.: ++852 25 46 9069<br />

FAX: ++852 25 59 6552<br />

E-MAIL: manzke@sh163.net<br />

In view of their policy of <strong>co</strong>nt<strong>in</strong>uous improvement, the <strong>co</strong>mpany reserves the right to change the specification and design. Pr<strong>in</strong>ted <strong>in</strong> Germany. CS 08/06

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