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Global Coatings Network News:
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The index number
Name and alias
chemical composition
colour
Remarks
PW.
4
Zinc Oxide! Zinc White
ZnO
White
Has antistatic, antibacterial, anti-powdering effects
PW.
5
Lithopone! Lithopone
ZnS?BaSO 4
White
Covering power is 20%-25% of titanium dioxide
PW.
6
Titanium dioxide
TiO 2
White
The rutile type has better weather resistance than the anatase type.
High hiding power
The index number
Name and alias
chemical composition
colour
Remarks
The index number
The index number
Name and alias
Name and alias
chemical composition
chemical composition
colour
colour
Remarks
Remarks
PW.
4
Zinc Oxide! Zinc White
ZnO
White
Has antistatic, antibacterial, anti-powdering effects
PW.
4
PW.
4
Zinc Oxide! Zinc White
Zinc Oxide! Zinc White
ZnO
ZnO
White
White
Has antistatic, antibacterial, anti-powdering effects
Has antistatic, antibacterial, anti-powdering effects
PW.
5
Lithopone! Lithopone
ZnS?BaSO 4
White
Covering power is 20%-25% of titanium dioxide
PW.
5
PW.
5
Lithopone! Lithopone
Lithopone! Lithopone
ZnS?BaSO 4
ZnS?BaSO 4
White
White
Covering power is 20%-25% of titanium dioxide
Covering power is 20%-25% of titanium dioxide
PW.
6
Titanium dioxide
TiO 2
White
The rutile type has better weather resistance than the anatase type.
High hiding power
PW.
6
PW.
6
Titanium dioxide
Titanium dioxide
TiO 2
TiO 2
White
White
The rutile type has better weather resistance than the anatase type.
High hiding power
The rutile type has better weather resistance than the anatase type.
High hiding power
1.
2 Black pigments for powder coatings
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The index number
Name and alias
chemical composition
colour
Remarks
PBk.
6/7
Carbon black
C
black
According to the tinting strength, it is divided into high, medium, and low pigment carbon black.
PBk.
11
Iron black
Fe 3 O 4
black
Excellent fastness performance
The index number
Name and alias
chemical composition
colour
Remarks
The index number
Name and alias
chemical composition
colour
Remarks
The index number
The index number
Name and alias
Name and alias
chemical composition
chemical composition
colour
colour
Remarks
Remarks
PBk.
6/7
Carbon black
C
black
According to the tinting strength, it is divided into high, medium, and low pigment carbon black.
PBk.
6/7
PBk.
6/7
Carbon black
Carbon black
C
C
black
black
According to the tinting strength, it is divided into high, medium, and low pigment carbon black.
According to the tinting strength, it is divided into high, medium, and low pigment carbon black.
PBk.
11
Iron black
Fe 3 O 4
black
Excellent fastness performance
PBk.
11
PBk.
11
Iron black
Iron black
Fe 3 O 4
Fe 3 O 4
black
black
Excellent fastness performance
Excellent fastness performance
The index number
Name and alias
chemical composition
colour
Remarks
The index number
The index number
Name and alias
Name and alias
chemical composition
chemical composition
colour
colour
Remarks
Remarks
1.
3 Iron oxide pigments for powder paint
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The index number
name
chemical composition
colour
Lightfastness
Remarks
PY.
42
Iron Yellow
Fe 2 O 3 Fe 3 O 4 Fe 2 O 3
Dark green light yellow
it is good
Excellent fastness performance, but not bright enough
PBk.
11
Iron black
black
it is good
PR.
101
Iron oxide red
Yellow light red, deep purple red
it is good
The index number
name
chemical composition
colour
Lightfastness
Remarks
The index number
The index number
name
name
chemical composition
chemical composition
colour
colour
Lightfastness
Lightfastness
Remarks
Remarks
PY.
42
Iron Yellow
Fe 2 O 3 Fe 3 O 4 Fe 2 O 3
Dark green light yellow
it is good
Excellent fastness performance, but not bright enough
PY.
42
PY.
42
Iron Yellow
Iron Yellow
Fe 2 O 3 Fe 3 O 4 Fe 2 O 3
Fe 2 O 3 Fe 3 O 4 Fe 2 O 3
Dark green light yellow
Dark green light yellow
it is good
it is good
Excellent fastness performance, but not bright enough
Excellent fastness performance, but not bright enough
PBk.
11
Iron black
black
it is good
PBk.
11
PBk.
11
Iron black
Iron black
black
black
it is good
it is good
PR.
101
Iron oxide red
Yellow light red, deep purple red
it is good
PR.
101
PR.
101
Iron oxide red
Iron oxide red
Yellow light red, deep purple red
Yellow light red, deep purple red
it is good
it is good
1.
4 Chromium pigments for powder coatings
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The index number
Name and alias
chemical composition
colour
Remarks
Color index number
Name and alias
chemical composition
colour
Remarks
PY.
34
Chrome yellow, lead chrome yellow
PbCr O 4 xPb SO 4
Lemon yellow
Surface treatment can significantly improve light resistance and weather resistance
PG.
17
Chrome Oxide Green
Cr 2 O 3
Olive green
The hue is not clear enough, and the temperature resistance is about 1000℃
PR.
104
Molybdate Red
xPbCrO 4 PbSO 4 xPb M O O 4
Orange/red
Surface treatment can significantly improve light resistance and weather resistance
The index number
Name and alias
chemical composition
colour
Remarks
The index number
The index number
Name and alias
Name and alias
chemical composition
chemical composition
colour
colour
Remarks
Remarks
Color index number
Name and alias
chemical composition
colour
Remarks
Color index number
Color index number
Name and alias
Name and alias
chemical composition
chemical composition
colour
colour
Remarks
Remarks
PY.
34
Chrome yellow, lead chrome yellow
PbCr O 4 xPb SO 4
Lemon yellow
Surface treatment can significantly improve light resistance and weather resistance
PY.
34
PY.
34
Chrome yellow, lead chrome yellow
Chrome yellow, lead chrome yellow
PbCr O 4 xPb SO 4
PbCr O 4 xPb SO 4
Lemon yellow
Lemon yellow
Surface treatment can significantly improve light resistance and weather resistance
Surface treatment can significantly improve light resistance and weather resistance
PG.
17
Chrome Oxide Green
Cr 2 O 3
Olive green
The hue is not clear enough, and the temperature resistance is about 1000℃
PG.
17
PG.
17
Chrome Oxide Green
Chrome Oxide Green
Cr 2 O 3
Cr 2 O 3
Olive green
Olive green
The hue is not clear enough, and the temperature resistance is about 1000℃
The hue is not clear enough, and the temperature resistance is about 1000℃
PR.
104
Molybdate Red
xPbCrO 4 PbSO 4 xPb M O O 4
Orange/red
Surface treatment can significantly improve light resistance and weather resistance
PR.
104
PR.
104
Molybdate Red
Molybdate Red
xPbCrO 4 PbSO 4 xPb M O O 4
xPbCrO 4 PbSO 4 xPb M O O 4
Orange/red
Orange/red
Surface treatment can significantly improve light resistance and weather resistance
Surface treatment can significantly improve light resistance and weather resistance
1.
5 Other inorganic pigments for powder coatings
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Color index number
name
chemical composition
colour
Lightfastness
Remarks
PB.
29
ultramarine
Na 6 Al 4 Si 6 S 4 O 20
Mainly blue
it is good
The ultramarine tone is fresh and beautiful.
But the tinting strength is poor.
Temperature resistance>200℃
PV.
15
ultramarine
Mainly purple
PB.
28
Cobalt blue
CoO.
Al 2 O 3
blue
Excellent
The price is high and the temperature is about 1200℃
PY.
37
Cadmium Yellow
CdS.
ZnS
Primrose Orange
it is good
The price is higher and the temperature is about 500℃
PY.
184
Bismuth Vanadate
4BiVO 4 3Bi 2 M O O 4
Lemon yellow
Excellent
The tinting strength is equivalent to that of cadmium yellow, the price is high, and the temperature is >200℃
PY.
53
Titanium nickel antimony yellow
.
Sb of NiO 2 O .
3 20TiO 2
yellow
Excellent
Metal oxide mixed phase pigments.
The fastness is excellent.
But the difference in tinting strength and temperature resistance is about 1000℃
PBK.
28
Copper chrome black
CuCr 2 O 4
black
Excellent
Metal oxide mixed phase pigments.
The fastness is excellent.
But the blackness is not enough.
Temperature resistance about 1000℃
PBR.
24
Chrome Antimony Titanium Brown
Cr 2 O .
3 .
Sb 2 O .
3 31TiO 2
Brown
Excellent
Metal oxide mixed phase pigments.
The fastness is excellent.
But the tinting strength is poor.
Temperature resistance about 1000℃
Color index number
name
chemical composition
colour
Lightfastness
Remarks
Color index number
Color index number
name
name
chemical composition
chemical composition
colour
colour
Lightfastness
Lightfastness
Remarks
Remarks
PB.
29
ultramarine
Na 6 Al 4 Si 6 S 4 O 20
Mainly blue
it is good
The ultramarine tone is fresh and beautiful.
But the tinting strength is poor.
Temperature resistance>200℃
PB.
29
PB.
29
ultramarine
ultramarine
Na 6 Al 4 Si 6 S 4 O 20
Na 6 Al 4 Si 6 S 4 O 20
Mainly blue
Mainly blue
it is good
it is good
The ultramarine tone is fresh and beautiful.
But the tinting strength is poor.
Temperature resistance>200℃
The ultramarine tone is fresh and beautiful.
But the tinting strength is poor.
Temperature resistance>200℃
PV.
15
ultramarine
Mainly purple
PV.
15
PV.
15
ultramarine
ultramarine
Mainly purple
Mainly purple
PB.
28
Cobalt blue
CoO.
Al 2 O 3
blue
Excellent
The price is high and the temperature is about 1200℃
PB.
28
PB.
28
Cobalt blue
Cobalt blue
CoO.
Al 2 O 3
CoO.
Al 2 O 3
blue
blue
Excellent
Excellent
The price is high and the temperature is about 1200℃
The price is high and the temperature is about 1200℃
PY.
37
Cadmium Yellow
CdS.
ZnS
Primrose Orange
it is good
The price is higher and the temperature is about 500℃
PY.
37
PY.
37
Cadmium Yellow
Cadmium Yellow
CdS.
ZnS
CdS.
ZnS
Primrose Orange
Primrose Orange
it is good
it is good
The price is higher and the temperature is about 500℃
The price is higher and the temperature is about 500℃
PY.
184
Bismuth Vanadate
4BiVO 4 3Bi 2 M O O 4
Lemon yellow
Excellent
The tinting strength is equivalent to that of cadmium yellow, the price is high, and the temperature is >200℃
PY.
184
PY.
184
Bismuth Vanadate
Bismuth Vanadate
4BiVO 4 3Bi 2 M O O 4
4BiVO 4 3Bi 2 M O O 4
Lemon yellow
Lemon yellow
Excellent
Excellent
The tinting strength is equivalent to that of cadmium yellow, the price is high, and the temperature is >200℃
The tinting strength is equivalent to that of cadmium yellow, the price is high, and the temperature is >200℃
PY.
53
Titanium nickel antimony yellow
.
Sb of NiO 2 O .
3 20TiO 2
yellow
Excellent
Metal oxide mixed phase pigments.
The fastness is excellent.
But the difference in tinting strength and temperature resistance is about 1000℃
PY.
53
PY.
53
Titanium nickel antimony yellow
Titanium nickel antimony yellow
.
Sb of NiO 2 O .
3 20TiO 2
.
Sb of NiO 2 O .
3 20TiO 2
yellow
yellow
Excellent
Excellent
Metal oxide mixed phase pigments.
The fastness is excellent.
But the difference in tinting strength and temperature resistance is about 1000℃
Metal oxide mixed phase pigments.
The fastness is excellent.
But the difference in tinting strength and temperature resistance is about 1000℃
PBK.
28
Copper chrome black
CuCr 2 O 4
black
Excellent
Metal oxide mixed phase pigments.
The fastness is excellent.
But the blackness is not enough.
Temperature resistance about 1000℃
PBK.
28
PBK.
28
Copper chrome black
Copper chrome black
CuCr 2 O 4
CuCr 2 O 4
black
black
Excellent
Excellent
Metal oxide mixed phase pigments.
The fastness is excellent.
But the blackness is not enough.
Temperature resistance about 1000℃
Metal oxide mixed phase pigments.
The fastness is excellent.
But the blackness is not enough.
Temperature resistance about 1000℃
PBR.
24
Chrome Antimony Titanium Brown
Cr 2 O .
3 .
Sb 2 O .
3 31TiO 2
Brown
Excellent
Metal oxide mixed phase pigments.
The fastness is excellent.
But the tinting strength is poor.
Temperature resistance about 1000℃
PBR.
24
PBR.
24
Chrome Antimony Titanium Brown
Chrome Antimony Titanium Brown
Cr 2 O .
3 .
Sb 2 O .
3 31TiO 2
Cr 2 O .
3 .
Sb 2 O .
3 31TiO 2
Brown
Brown
Excellent
Excellent
Metal oxide mixed phase pigments.
The fastness is excellent.
But the tinting strength is poor.
Temperature resistance about 1000℃
Metal oxide mixed phase pigments.
The fastness is excellent.
But the tinting strength is poor.
Temperature resistance about 1000℃
(Source: Global Coatings Network) (For more information, please log in: Global Coatings Network http://