Pigment Dispersions for Water Based Coatings Systems
50-9400 Series pigment dispersions for aqueous coatings
applications consist of organic and inorganic pigments milled at
high concentrations in a water reducible, amine-dispersed
acrylic vehicle.
These dispersions are compatible in many water reducible
polyesters, acrylics, modified urethanes, and alkyds as well as a
variety of lattices and emulsions.
Primary applications include: Paints for automotive interior
plastic, automotive decorative wheel rims, DIY decorative and
special effect paints, leather finishes, and other high
performance protective coatings.
A list of standard colors for aqueous coatings applications is
included on the back-side of this sheet.
Packaging
Storage
The 50-9400 dispersions for water based systems are available
in a variety of packaging, including:
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
50-9400 Series
Description
Aqueous pigment dispersions based on an amine dispersed acrylic carrier vehicle.
Compatible with many water based paints having a pH range of 8.5 to 9.0. Benefits
include high pigment loading for excellent color control and economy of use.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
50-9400 Series Technical Data
Product
Code
Description
CI Name
Chemistry
%Pigment
% Millbase
NVM
% Water
% VOC
Weight/
Gallon,
lbs.
X Wt. X Vol. X Wt. X Vol. X Wt. X Vol. X Wt. X Vol.
Pigment
Lightfastness
Mass Tint
50-9401
White
White 6
Titanium Dioxide
61.6%
28.9%
7.2%
10.5%
27.7% 53.4%
3.5%
7.2%
16.03
E
E
50-9410
Black
Black 7
Carbon Black
22.6%
14.5%
14.0%
12.4%
59.0% 67.9%
4.4%
5.2%
9.60
E
E
50-9470
Phthalo Blue RS
Blue 15:2
Phthalo Blue 15:2
30.8%
20.3%
12.1%
11.1%
51.9% 62.0%
5.2%
6.6%
9.95
E
E
50-9462
Phthalo Green BS
Green 7
Phthalo Green 7
36.5%
22.2%
13.7%
13.5%
45.5% 58.5%
4.3%
5.7%
10.72
E
E
50-9449
Azo Yellow
Yellow 74
Monoazo
35.0%
28.6%
13.6%
12.1%
47.1% 54.2%
4.3%
5.1%
9.59
E
E
50-9418
3G Yellow
Yellow 93
Diazo
27.4%
21.0%
16.1%
14.3%
51.5% 58.9%
4.9%
5.8%
9.53
F
F
50-9429
Trans Yellow Oxide
Yellow 42
Iron Oxide
27.0%
10.5%
13.6%
13.3%
54.9% 70.3%
4.4%
5.9%
10.67
E
E
50-9457
Yellow Iron Oxide
Yellow 42
Iron Oxide
49.0%
20.0%
10.3%
12.9%
37.0% 60.7%
3.7%
6.4%
13.68
E
E
50-9459
Red Iron Oxide
Red 101
Iron Oxide
51.6%
18.2%
9.6%
13.0%
35.2% 62.0%
3.6%
6.6%
14.70
E
E
50-9430
Trans Red Oxide
Red 101
Iron Oxide
30.6%
8.2%
15.5%
16.4%
48.9% 68.1%
5.1%
7.3%
11.62
E
E
50-9423
Naphthol Red
Red 170
Naphthol AS
41.9%
36.5%
8.7%
7.6%
47.3% 53.5%
2.1%
2.4%
9.43
E
E
50-9432
Naphthol Red BS
Red 23
Naphthol AS
32.0%
24.2%
11.8%
10.5%
52.7% 61.0%
3.6%
4.2%
9.65
G
F
50-9438
Perylene Red
Red 190
Perylene
28.0%
21.6%
12.2%
10.6%
55.1% 62.3%
4.7%
5.6%
9.42
E
E
50-9434
Quindo Red YS
Violet 19
Quinacridone
32.0%
25.4%
12.5%
10.9%
51.8% 59.2%
3.7%
4.4%
9.54
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
InfraCool® Colorants for IR Reflective Coatings Systems
Chromaflo Technologies’ IR reflective technology works to maximize
total solar reflectance with focus in the IR region. Proper pigment
selection, optimized milling, and tight manufacturing cleanliness practices are combined to meet the customers’ required total solar reflectance.
By using Chromaflo Technologies’ IR reflective technology, paint formulators and system houses can develop coatings that keep surfaces
cool when exposed to the sun. When applied to a roof, the coatings
can provide a number of benefits including reduced energy cooling
costs, increased roof life cycle by reducing thermal shock stress associated with large temperature changes, decreased pollution, and reduced heat island effect.
IR reflective technology supports government legislation and industry
organizations such as the EPA’s Energy Star program, The Cool Roof
Council, and California’s Title 24 requirements.
Other markets which can benefit from this technology include the
transportation market (both interior and exterior applications), industrial coatings, wood and concrete deck coatings, and anywhere solar
Solar Energy and Measurement
The Sun Emits Radiation
 Sunlight consists of 5% Ultraviolet, 42% Visible, and 53% Invisible Infrared (Heat) Radiation.
Effect of the Sun’s Energy
 When sunlight strikes an opaque object, it is reflected or absorbed.
 When sunlight is absorbed, objects heat up.
 Traditional roofs can heat up to over 180°F.
 IR Reflective roofs can reduce the maximum temperature by 60°F or more.
Total Solar Reflectance
 Total solar reflectance is the measure of the amount of sunlight reflected from an object. The greater the reflectance, the
cooler the object. The total solar reflectance is measured using a Solar Spectral Reflectometer.
®
In visible light, all three panels appear black (left photo). In infrared light (right photo), the left panel with InfraCool ® Colorant
Technology appears white due to a high infrared reflectivity. The middle panel is a standard black and does not use InfraCool®
Colorant Technology. It appears black due to high infrared absorptivity which creates heat build. The right panel also uses
InfraCool® Colorant Technology and appears gray due to moderate infrared reflectivity. The higher the infrared reflectivity the
cooler the surface!
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
50-990 Series IRR Technical Data
Product Code
Description
Chemistry
%Pigment
X Wt.
X Vol.
%Millbase
%Water
Weight/
Pigment
NVM
Gallon, Lightfastness
lbs.
X Wt. X Vol. X Wt. X Vol.
Mass
Tint
50-990-151
50-990-02296R
Exterior White
IR Black YS
Inorganic
Inorganic
64.1%
68.7%
31.6%
30.2%
3.3%
7.8%
5.8%
15.9%
32.6%
23.5%
62.6%
53.9%
16.02
19.07
E
E
E
E
50-990-02355R
775 IR Black
Inorganic
68.7%
30.2%
7.8%
15.9%
23.5%
53.8%
19.06
E
E
50-990-02358R*
IRR Black 03
Inorganic
68.7%
31.0%
7.8%
15.7%
23.5%
53.2%
18.84
E
E
50-990-02364R
IRR Black 74
Inorganic
68.7%
29.9%
7.8%
16.0%
23.5%
54.1%
19.15
E
E
50-990-02380R*
Black 10201
Inorganic
67.8%
23.8%
8.6%
18.2%
23.3%
57.1%
20.47
E
E
50-990-20957R*
Black IRR
Inorganic
68.4%
29.7%
8.3%
16.7%
23.3%
53.6%
19.19
E
E
50-990-20968R
Black IRR
Organic
24.7%
18.6%
6.9%
6.6%
68.4%
74.7%
9.11
E
E
50-990-30379
Violet
Organic
42.0%
32.9%
11.6%
12.5%
46.4%
54.6%
9.81
E
E
50-990-30384R
Turquoise IRR
Inorganic
70.6%
34.1%
7.7%
15.7%
21.7%
50.2%
19.32
E
E
50-990-30385R
Bright Blue IRR
Inorganic
69.4%
35.2%
7.2%
13.9%
23.4%
50.9%
18.15
E
E
50-990-40092R
Brown IR
Organic
41.0%
31.2%
6.7%
7.2%
52.3%
61.6%
9.82
E
E
50-990-50186R
Cobalt Green IRR
Inorganic
68.8%
30.4%
7.7%
15.6%
23.5%
54.0%
19.16
E
E
50-990-50197R
Kelly Green IRR
Inorganic
64.5%
27.1%
7.5%
14.0%
28.0%
58.9%
17.54
E
E
50-990-50214R*
High IR Green
Inorganic
64.5%
26.0%
8.2%
15.2%
27.4%
58.7%
17.90
E
E
50-990-70567R
Red IRR
Inorganic
62.2%
24.7%
8.7%
15.9%
29.1%
59.4%
17.04
E
E
50-990-80486R
Yellow IRR
Inorganic
56.3%
22.6%
9.1%
14.7%
34.3%
62.7%
15.24
E
E
50-990-80487R
Golden Yellow IRR
Inorganic
64.4%
29.8%
7.3%
13.2%
28.3%
57.0%
16.79
E
E
50-990-90507R
Trans-IR InfraCool®
Inorganic
41.4%
17.6%
12.3%
15.8%
46.3%
66.6%
11.99
E
E
* Not available for export
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Water Based Coatings Systems
50-990 Zero VOC Universal Series pigment dispersions for water-based paint and coatings applications consists of pigments
finely milled in a blend of water, additives, and a unique zero
VOC binder. This binder provides wide range compatibility with
a number of water based chemistries including, acrylic, latex,
water-based epoxy, water borne urethane and hybrid systems.
These dispersions contain zero VOC’s and are glycol free. The
50-990 dispersions are controlled for strength and viscosity for
easy adaptation to in-plant tinting equipment.
Primary applications include: High performance industrial
maintenance coatings, marine, wood, and plastic coatings, coil
coatings, office furniture finishes, DIY decorative and special
effect paints, leather finishes, and other high performance protective coatings.
A list of standard 50-990 series colors for aqueous coatings
applications is included on the backside of this sheet.
Packaging
The 50-990 dispersions for water based coatings systems are
available in a variety of packaging, including:
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Storage
50-990 Dispersions must be protected from freezing
and drying. They must be stored at temperatures
above freezing and partial containers must be kept
tightly covered.
Containers should be tightly sealed when not in use.
This will prevent drying and minimize the chance of
airborne contamination. Containers should be stored
in a manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
FlexPak - a multilayered laminate bag containing
pre-weighed dispersions. Minimum quantities apply.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Product Line
Colormatch®
Quarts
Prefix
Pints
Description
50-990 Series Water-based pigment dispersions, using a unique, zero VOC and glycol free binder.
Compatible with many water based paints having a pH range of 4.5 to 9.5. Benefits include high pigment loading for excellent color control and economy of use, and wide
range compatibility with minimal effect on the finished paint. Dispersions are controlled
for strength (± 3% vs. standard) and are pumpable for in-plant tinting equipment.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
50-990 Series Technical Data
Product
Code
Description
Chemistry
%Pigment
X Wt.
X Vol.
%Millbase
%Water
Weight/
Pigment
NVM
Gallon,
Lightfastness
X Wt. X Vol. X Wt. X Vol. lbs.
Mass
Tint
50-990-150
White
White
Titanium Dioxide
64.1%
31.1%
3.6%
6.2%
32.3%
62.7%
16.17
E
E
50-990-250
Black
Black 7
Carbon Black
29.0%
18.7%
6.3%
6.7%
64.7%
74.7%
9.62
E
E
50-990-350
Phthalo Blue 15:2
Blue 15:2
Phthalo Blue 15:2
35.8%
25.9%
10.6%
11.4%
53.6%
62.7%
9.75
E
E
50-990-351
Phthalo Blue 15:4
Blue 15:4
Phthalo Blue 15:4
35.0%
24.6%
9.8%
10.6%
55.2%
64.8%
9.78
E
E
50-990-450
Burnt Umber
Brown 7
Mixed Oxides
35.0%
13.1%
7.1%
8.8%
57.9%
78.1%
11.24
E
E
50-990-451
Raw Umber
Brown 7
Mixed Oxides
28.4%
10.8%
5.7%
6.5%
65.9%
82.7%
10.46
E
E
50-990-550
Green 7 (Medium Shade)
Green 7
Phthalo Green 7
40.0%
23.1%
12.3%
14.6%
47.7%
62.4%
10.92
E
E
50-990-650
Orange 34
Orange 34
Diarylide Orange
49.2%
40.3%
7.0%
7.9%
43.8%
51.8%
9.87
G
F
50-990-750
Red 170 (Blue Shade)
Red 170
Naphthol Red
37.5%
28.9%
15.3%
16.6%
47.2%
54.5%
9.62
E
E
50-990-751
Red 170 (Yellow Shade)
Red 170
Naphthol Red
34.9%
28.8%
14.3%
14.9%
50.8%
56.4%
9.25
E
E
50-990-752
Quindo Red
Violet 19
Quinacridone
41.5%
32.2%
7.9%
8.9%
50.7%
58.9%
9.70
E
E
50-990-753
Oxide Red 101
Red 101
Iron Oxide Red
60.1%
51.4%
9.7%
9.9%
30.2%
38.7%
10.68
E
E
50-990-754
Quindo Violet
Violet 19
Quinacridone
30.0%
22.5%
11.4%
11.5%
58.6%
66.0%
9.38
E
E
50-990-755
Transparent Red Oxide
Red 101
Iron Oxide
20.9%
15.3%
19.2%
19.3%
59.8%
65.4%
9.12
E
E
50-990-756
Oxide Red (Yellow Shade)
Red 101
Iron Oxide
58.6%
48.9%
6.6%
7.5%
34.9%
43.6%
10.43
E
E
50-990-850
Yellow 151 (Green Shade)
Yellow 151
Benzimidazolone H4G
35.0%
26.8%
11.4%
11.6%
53.6%
61.5%
9.57
E
E
50-990-851
Yellow 110 (Red Shade)
Yellow 110
Isoindolinone
37.0%
26.0%
11.1%
12.1%
51.9%
61.9%
9.95
E
E
50-990-852
Oxide Yellow 42
Yellow 42
Iron Oxide
52.8%
22.1%
11.4%
17.3%
35.8%
60.6%
14.11
E
E
50-990-854
Transparent Yellow Oxide
Yellow 42
Iron Oxide
14.7%
4.4%
17.2%
18.0%
68.1%
77.6%
9.50
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
ChromaCure™ Colorants for Coatings
The ChromaCure™ 73-series colorants for UV cure
coatings consist of high quality organic and inorganic
pigments finely milled in monomer and
monomer/oligomer blends. The selection of carriers
provides for compatibility in a wide variety of coatings formulas and substrate requirements.
The ChromaCure™ color pallet optimizes opacity and
transparency of the pigments which are designed to
provide many coating options over wood, metal and
plastic.
*Note: The lead-time for the 73 Series colorants is
3 weeks.
Packaging
Storage
The ChromaCure™ dispersions are available in a
variety of packaging, including:
Store dispersions indoors at temperatures
between 10◦C (50f) and 38C (100F). The
products’ inhibitor(s) require the presence of
dissolved oxygen. Always maintain the original headspace in product container (at minimum). Never blanket container with inert
gas such as nitrogen.
5-gallon plastic pails with pour spout lids,
providing five gallons of material ranging from 40 to
45 pounds.
55-gallon steel drums, providing 55 gallons of
material at 450 lbs.
The shelf life on these colorants is 3
months.
Special packaging is also available. Call our office for
more information.
Plastibulk returnable semi-bulk tanks
containing250 to 440 gallons of material.
Gallons
Quarts
Product Line
Prefix
Colormatch®
73 Series
Pints
Description
Pigment dispersions based on various acrylic monomers. Compatible with many UV
curable paints and MMA floor coatings. Benefits include high pigment loading for
excellent color control and economy of use. Lead-time for these colorants is 3
weeks
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
73 Series Technical Data
Product
Code
Description
CI Name
Chemistry
%Pigment
X Wt.
% Monomer
% Other
Weight
Pigment
/
Lightfastness
X Vol. X Wt. X Vol. X Wt. X Vol. Gallon, Mass Tint
lbs.
TMPTMA White
73-10452
73-20308
TMPTMA Black
TMPTMA Blue
73-30421
73-70642
TMPTMA Red
73-70641 TMPTMA Transparent Red
73-70649
TMPTMA Rubine Red
73-80572
TMPTMA Yellow
73-80550 TMPTMA Transparent Yellow
73-80551 TMPTMA Bright Yellow
White 6
Black 7
Blue 15:2
Red 170
Red 101
Red 57:1
Yellow 151
Yellow 42
Yellow 150
Titanium Dioxide
Carbon Black
Phthalocyanine
Naphthol AS
Iron Oxide
Azo 4B toner (Ca)
Benzimidazolone
Iron Oxide
Azo metal complex
51.0%
14.7%
20.0%
25.3%
31.4%
31.2%
25.3%
27.5%
25.0%
21.3%
9.2%
16.7%
21.7%
10.9%
24.3%
19.4%
9.6%
33.9%
44.0%
71.6%
74.7%
67.7%
55.2%
61.8%
70.2%
60.2%
64.3%
70.5%
76.3%
77.7%
70.7%
71.9%
67.7%
75.7%
75.3%
56.8%
5.1%
13.7%
5.3%
7.0%
13.3%
7.0%
4.5%
12.3%
10.7%
8.2%
14.5%
5.6%
7.6%
17.2%
8.0%
4.9%
15.1%
9.3%
14.19
9.42
9.20
9.27
11.52
9.73
9.54
11.05
7.81
E
E
E
E
E
F
E
E
E
E
E
E
E
E
P
E
G
E
73-10420
73-20988
73-20989
73-02339
73-30408
73-40081
73-40096
73-50212
73-70611
73-70643
73-70660
73-80553
TPGDA White
TPGDA Ultra Black
TPGDA LV Black
TPGDA HS Black
TPGDA HS Blue
TPGDA Burnt Umber
TPGDA Brown
TPGDA Green
TPGDA Red 202
TPGDA Red 170
TPGDA Red Iron Oxide
TPGDA Yellow Iron Oxide
White 6
Black 7
Black 7
Black 7
Blue 15:2
Brown 7
Brown 9
Green 7
Red 202
Red 170
Iron Oxide
Iron Oxide
Titanium Dioxide
Carbon Black
Carbon Black
Lampblack
Phthalocyanine
Mixed Oxides
Mixture
Phthalocyanine
Quinacridone
Naphthol AS
Red 101
Yellow 42
50.0%
15.0%
14.4%
30.0%
25.3%
40.0%
40.0%
30.4%
15.0%
40.3%
72.0%
56.2%
21.1%
9.3%
8.9%
20.1%
21.3%
16.7%
37.7%
17.7%
10.6%
35.1%
35.4%
24.8%
47.5%
82.5%
81.2%
63.0%
72.7%
58.0%
53.0%
58.7%
80.0%
54.1%
24.0%
35.7%
75.0%
88.2%
86.6%
72.0%
76.8%
80.7%
54.9%
69.1%
84.3%
58.7%
55.4%
61.3%
2.6%
2.5%
4.4%
7.0%
2.0%
2.0%
7.1%
10.9%
5.0%
5.6%
4.1%
8.1%
3.9%
2.5%
4.5%
7.8%
2.0%
2.6%
7.4%
13.2%
5.1%
6.2%
9.2%
13.9%
13.73
9.32
9.30
10.00
9.23
12.18
8.96
10.18
9.18
9.44
20.01
14.84
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
73-10453
73-02378
73-70663
73-80571
IBOA HS White
IBOA Black
IBOA Red Iron Oxide
IBOA Yellow Iron Oxide
White 6
Black 7
Red 101
Yellow 42
Titanium Dioxide
Carbon Black
Iron Oxide
Iron Oxide
65.0%
17.0%
62.0%
53.5%
32.3%
10.2%
24.6%
22.1%
28.9%
78.7%
31.0%
39.5%
56.5%
85.3%
61.8%
66.4%
6.1%
4.4%
7.1%
7.1%
11.1%
4.5%
13.6%
11.5%
16.17
8.96
16.50
13.91
E
E
E
E
E
E
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
ChromaCure™ Colorants for UV Cure Digital Inks
The ChromaCure™ 73-DI series colorants for UV cure inkjet
inks consist of high quality lightfast organic pigments finely
milled to submicron particle size in monomers. The monomer
selection provides for wide adaptability to many digital inks.
The clean bright process colors average a mean particle size
of 0.25 microns, with the largest not exceeding 0.85. The dispersion viscosities are all under 100 centipoises, and possess
exceptional shelf and oven stability. ChromaCure™ dispersions for inks are designed to provide both chemical and
physical stability which allows the Ink producer to focus on
optimizing their inks without a need to worry about the pigment dispersions.
Packaging
Storage
The ChromaCure™ 73-DI Series dispersions are available in a
variety of packaging, including:
Store dispersions indoors at temperatures
between 10◦C (50f) and 38C (100F). The
products’ inhibitor(s) require the presence of
dissolved oxygen. Always maintain the original headspace in product container (at minimum). Never blanket container with inert
gas such as nitrogen.
5-gallon plastic pails with pour spout lids, providing five
gallons of material ranging from 40 to 45 pounds.
55-gallon steel drums, providing 55 gallons of
material at 450 lbs.
Special packaging is also available. Call our office for more
information.
Plastibulk returnable semi-bulk tanks containing 250 to
440 gallons of material.
Product Line
ChromaCure™
Prefix
Description
73-DI Series Primary applications for these inks are wide format and super wide format digital
inks. Spot colors available upon request. Additionally, if your monomer of choice
is not listed please let us entertain the option of custom developing your CMYK
color needs.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
73-DI Series Technical Data
Product
Code
Description
CI Name
Chemistry
AD-10306
AD-20666
AD-20877
White
Tinting Black
Black
White 6
Black 7
Black 7
Titanium Dioxide
Carbon Black
Carbon Black
AD-30342
AD-50161
Phthalo Blue
Green 7 LV
Blue 15:4
Green 7
Phthalocyanine
Phthalocyanine
AD-60155
AD-70475
Orange
Red IO
Orange 34
Red 101
Diarylide
Iron Oxide
AD-70487 Light Organic Red
AD-70506 Red Shade Violet
Red 170
Violet 19
Naphthol AS
Quinacridone
AD-70684
AD-80387
Red 101
Yellow 42
Iron Oxide
Iron Oxide
IO Red BS
Yellow IO
AD-80395 Red Shade Yellow Yellow 62/110 Isoindolinone/Azo blend
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
%Pigment
% Jeffamine
D2000
% Other
Weight/
Pigment
Gallon, Lightfastness
lbs.
X Wt. X Vol.
Mass Tint
X Wt.
X Vol.
X Wt.
X Vol.
60.3%
15.0%
23.8%
18.7%
25.0%
15.0%
50.0%
30.0%
15.0%
50.0%
40.0%
26.9%
8.9%
15.1%
12.3%
13.7%
10.9%
16.9%
24.7%
10.5%
16.9%
14.0%
39.7%
85.0%
73.5%
77.7%
70.0%
85.0%
50.0%
70.0%
85.0%
50.0%
60.0%
73.1%
91.1%
82.1%
84.0%
80.9%
89.1%
83.1%
75.3%
89.5%
83.1%
86.0%
0.0%
0.0%
2.7%
3.6%
5.0%
0.0%
0.0%
0.0%
0.0%
0.0%
0.0%
0.0%
0.0%
2.8%
3.7%
5.4%
0.0%
0.0%
0.0%
0.0%
0.0%
0.0%
15.21
8.86
9.23
8.93
9.54
8.66
13.73
8.89
8.70
13.73
11.83
E
E
E
E
E
G
E
E
E
E
E
E
E
E
E
E
G
E
E
F
E
E
30.0%
20.6%
70.0%
79.4%
0.0%
0.0%
9.37
E
E
Pigment Dispersions for Polyurea Coatings Systems
The AD Series of Colormatch® pigment dispersions for
polyurea coatings applications consist of organic and inorganic
colorants dispersed in an amine carrier.The carrier vehicle has
been chosen for its excellent compatibility with polyurea
coatings systems and is miscible in a wide variety of solvents.
It is however only slightly soluble in waterborne systems.
Primary applications include: Polyurea spray coatings for
secondary containment, rail car interiors, and other polyurea
systems.
A list of standard colors for polyurea applications is included on
the back-side of this sheet. Along with these standard colors,
Chromaflo Technologies offers custom color matched blends.
Packaging
Storage
The AD Series' dispersions for amine based systems are
available in a variety of packaging, including:
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
5-gallon steel pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Product Line
Prefix
Colormatch®
AD Series
Pints
Description
Standard amine-based paste pigment dispersions. The carrier vehicle, JEFFAMINE®*
D2000 polyoxypropylenediamine is a difunctional, primary amine having an average molecular weight of approximately 2000. The amine groups are located on the secondary
carbon atoms at the ends of an aliphatic polyether chain.
Benefits include high pigment loading for excellent color control and economy of use as
well as wide range compatibility with polyurea coatings systems.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
AD Series Technical Data
Product
Code
Description
CI Name
Chemistry
AD-10306
AD-20666
AD-20877
White
Tinting Black
Black
White 6
Black 7
Black 7
Titanium Dioxide
Carbon Black
Carbon Black
AD-30342
AD-50161
Phthalo Blue
Green 7 LV
Blue 15:4
Green 7
Phthalocyanine
Phthalocyanine
AD-60155
AD-70475
Orange
Red IO
Orange 34
Red 101
Diarylide
Iron Oxide
AD-70487 Light Organic Red
AD-70506 Red Shade Violet
Red 170
Violet 19
Naphthol AS
Quinacridone
AD-70684
AD-80387
Red 101
Yellow 42
Iron Oxide
Iron Oxide
IO Red BS
Yellow IO
AD-80395 Red Shade Yellow Yellow 62/110 Isoindolinone/Azo blend
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
%Pigment
% Jeffamine
D2000
% Other
Weight/
Pigment
Gallon, Lightfastness
lbs.
X Wt. X Vol.
Mass Tint
X Wt.
X Vol.
X Wt.
X Vol.
60.3%
15.0%
23.8%
18.7%
25.0%
15.0%
50.0%
30.0%
15.0%
50.0%
40.0%
26.9%
8.9%
15.1%
12.3%
13.7%
10.9%
16.9%
24.7%
10.5%
16.9%
14.0%
39.7%
85.0%
73.5%
77.7%
70.0%
85.0%
50.0%
70.0%
85.0%
50.0%
60.0%
73.1%
91.1%
82.1%
84.0%
80.9%
89.1%
83.1%
75.3%
89.5%
83.1%
86.0%
0.0%
0.0%
2.7%
3.6%
5.0%
0.0%
0.0%
0.0%
0.0%
0.0%
0.0%
0.0%
0.0%
2.8%
3.7%
5.4%
0.0%
0.0%
0.0%
0.0%
0.0%
0.0%
15.21
8.86
9.23
8.93
9.54
8.66
13.73
8.89
8.70
13.73
11.83
E
E
E
E
E
G
E
E
E
E
E
E
E
E
E
E
G
E
E
F
E
E
30.0%
20.6%
70.0%
79.4%
0.0%
0.0%
9.37
E
E
Cellulose Acetate Butyrate Colorants and Chips
Chromaflo Technologies’ Cellulose Acetate Butyrate (CAB) colorants and chips are formulated to provide excellent performance in various coatings systems. Chromaflo Technologies
produces the CAB chips using a two roll mill process to ensure
optimal development. The CAB chips can be let down in various solvents or resins based on the customer requirements.
Primary applications include automotive refinish or automotive
OEM coatings. However, these colorants can be used wherever
a highly developed CAB colorants is required.
Packaging
The' CAB dispersions and chips are available in a variety of
packaging, including:
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Storage
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days.
Special packaging is also available. Call our office for more
information.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
CB and CBX Series
Description
Cellulose Acetate Butyrate chip and colorants designed primarily for automotive refinish and OEM coatings.. Benefits include excellent color control and optimal pigment development.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
CB & CBX Series Technical Data
Product
Code
Description
CB-02285
CB Black
CBX-20745 Black CAB Chips
CB-20846 CAB Black Dispersion
CBX-20939 CAB Black Chips
CI Name
Black 7
Black 7
Black 7
Black 7
Chemistry
Carbon Black
Carbon Black
Carbon Black
Carbon Black
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
%Pigment
% Epoxy
% Solvent
X Wt.
X Vol.
X Wt.
X Vol.
X Wt.
Weight/
Pigment
Gallon, Lightfastness
X Vol.
lbs.
Mass
Tint
3.5%
31.0%
4.5%
29.0%
1.8%
24.5%
2.4%
22.7%
8.5%
69.0%
10.9%
71.0%
6.1%
75.5%
8.1%
77.3%
88.0%
0.0%
84.6%
0.0%
92.1%
0.0%
89.5%
0.0%
7.69
11.86
8.02
11.74
E
E
E
E
E
E
E
E
Pigment Dispersions for Polyaspartic Coatings Systems
Colormatch® pigment dispersions for polyaspartic applications consist of organic and inorganic pigments milled in a
blend of 100% solids amine-functional resins.
Primary applications include: concrete protective top coats,
industrial maintenance paints, wood floors, and other high
performance protective coatings.
A list of standard colors for polyaspartic applications is included on the back-side of this sheet. Along with these
standard colors, Chromaflo Technologies offers additional
colors as well as custom color matched blends.
Packaging
Chromaflo Technologies' dispersions for urethane systems are
available in a variety of packaging, including:
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
Storage
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 2 years.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
DAB Series
Description
Consists of a blend of amine-functional resins with an equivalent weight of
285. The blend of resins will provide a balanced potlife/dry time characteristic.
Benefits include high pigment loading for excellent color control and economy
of use as well as wide range compatibility with polyaspartic coatings systems.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
DAB Series Technical Data
Product
Code
Description
CI Name
Chemistry
%Pigment
%Resin
%Other
X Wt.
X Vol.
Weight/
Pigment
Gallon, Lightfastness
X Wt. X Vol. X Wt. X Vol. lbs.
Mass
Tint
DAB-10445
White
White 6
Titanium Dioxide
65.0%
32.5%
35.0%
67.5%
0.0%
0.0%
17.04
E
E
DAB-02366
Black
Black 7
Carbon Black
20.0%
12.9%
80.0%
87.1%
0.0%
0.0%
9.63
E
E
DAB-02417
Lampblack
Black 7
Carbon Black
16.7%
10.6%
83.3%
89.4%
0.0%
0.0%
9.49
E
E
DAB-30455
Ultramarine Blue
Blue 29
NA, Al Silicate
30.7%
17.2%
64.0%
76.0%
5.3%
6.8%
10.51
E
E
DAB-30478
Phthalo Blue
Blue 15:2
Phthalocyanine
16.7%
13.8%
76.1%
78.2%
7.2%
8.0%
9.09
E
E
DAB-30547
Quindo Violet BS
Violet 19
Quinacridone
23.1%
15.7%
69.3%
75.4%
7.6%
8.9%
9.62
E
E
DAB-40122
Burnt Umber
Brown 7
Mixed Oxides
35.0%
14.0%
60.0%
79.0%
5.0%
7.1%
11.64
E
E
DAB-50222
Phthalo Green BS
Green 7
Phthalocyanine
20.6%
11.5%
71.2%
78.7%
8.2%
9.8%
9.78
E
E
DAB-60217
Orange
Orange 34
Disazopyrazolone
18.0%
14.2%
74.8%
77.8%
7.2%
8.0%
9.19
G
F
DAB-70659
Red Oxide
Red 101
Iron Oxide
60.0%
24.6%
40.0%
75.4%
0.0%
0.0%
16.68
E
E
DAB-70674
Quindo Red YS
Violet 19
Quinacridone
30.7%
23.8%
64.0%
70.0%
5.3%
6.2%
9.67
E
E
DAB-70719
Red 170
Red 170
Naphthol AS
20.0%
17.0%
80.0%
83.0%
0.0%
0.0%
9.18
E
E
DAB-80566
Yellow Oxide
Yellow 42
Iron Oxide
42.0%
16.0%
58.0%
84.0%
0.0%
0.0%
12.81
E
E
DAB-80585
Bismuth Vanadate RS
Yellow 184
Bismuth Vanadate
67.3%
25.8%
28.8%
64.8%
3.9%
9.4%
19.87
E
E
DAB-80589
Yellow 151
Yellow 151
Benzimidazolone
35.0%
27.5%
60.0%
66.5%
5.0%
5.9%
9.81
E
E
DAB-80590
Yellow Isoindolinone
Yellow 110
Isoindolinone
29.7%
20.8%
63.3%
70.9%
7.0%
8.4%
9.89
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Plasticizer Coating Systems
Colormatch® plasticizer-based dispersions consist of organic and
inorganic pigments suspended in a phthalate-free plasticizer. The
primary plasticizer is 1,2-cyclohexanedicarboxylic acid diisononyl
ester.
At Plasticolors, special consideration is given to pigment types in
the custom color matching process. Pigments may be selected
according to a variety of criteria, including weathering, UV
stability, food contact, non-heavy metals, low abrasion and cost
considerations.
A list of standard plasticizer based colors is included on the backside of this sheet. Along with these standard colors, Plasticolors
offers custom color matched blends.
Packaging
Storage
Plasticolors' dispersions for plasticizer systems are available in a
variety of packaging, including:
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
FlexPak - a multilayered laminate bag containing pre-weighed
dispersions. Minimum quantities apply.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
DH Series
Description
These paste pigment dispersions are formulated in a phthalate-free plasticizer carrier and are compatible with a wide range of acrylic, epoxy, urethane, and vinyl systems. End applications include adhesives, sealants, caulk, coatings, toys, Medical
Articles, and shoes.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
DH Series Technical Data
Product
Code
Description
CI Name
Chemistry
%Pigment
%Plasticizer
%Other
X Wt.
X Vol.
Weight/
Pigment
Gallon, Lightfastness
X Wt. X Vol. X Wt. X Vol. lbs.
Mass Tint
DH-10611
White
White 6
Titanium Dioxide
80.0%
49.2%
16.0%
41.4%
4.0%
9.4%
20.47
E
E
DH-02443
Black HS NP
Black 7
Carbon Black
46.2%
31.4%
43.4%
55.9%
10.4%
12.8%
10.17
E
E
DH-02539
Black
Black 7
Carbon Black
37.0%
23.8%
60.5%
73.5%
2.5%
2.7%
9.60
E
E
DH-30508
Blue
Blue 15:2
Phthalocyanine
29.7%
20.1%
55.3%
63.0%
15.0%
16.9%
9.00
E
E
DH-30513
Blue
Blue 29
Ultramarine
47.9%
27.6%
44.0%
60.9%
8.1%
11.5%
10.93
E
E
DH-50244
Green BS
Green 7
Phthalocyanine
26.0%
13.6%
63.0%
73.7%
11.0%
12.7%
9.24
E
E
DH-70748
Organic Red
Red 122
Quinacridone
30.0%
21.9%
58.0%
64.7%
12.0%
13.4%
8.82
E
E
DH-70750
IO Red
Red 101
Iron Oxide
70.0%
33.1%
29.2%
65.3%
0.8%
1.7%
17.68
E
E
DH-70753
Organic Red
Red 170
Naphthol
28.0%
19.8%
67.0%
74.9%
2.3%
2.0
8.83
E
F
DH-80655
Bismuth Vanadate GS
Yellow 184
Bismuth Vanadate
57.0%
16.2%
42.0%
81.9%
1.0%
1.9%
15.41
E
E
DH-80658
Organic Yellow
Yellow 110
Isoindolinone
38.1%
25.6%
55.7%
67.0%
6.2%
7.4%
9.51
E
E
DH-80659
Yellow 804
Orange 6
Monoazo
60.0%
50.4%
40.0%
49.6%
0.0%
0.0%
9.79
G
G
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Urethane Coatings Systems
Colormatch® pigment dispersions for urethane applications
consist of organic and inorganic pigments milled in a 100%
solids polyol resin.
These resin vehicle are compatible with a wide range of solvent borne and 2 component urethane systems.
Primary applications include: concrete protective top coats,
industrial maintenance paints, sprayed-on truck bed liners,
and other high performance protective coatings.
A list of standard colors for urethane applications is included
on the back-side of this sheet. Along with these standard
colors, Chromaflo Technologies offers additional colors as
well as custom color matched blends.
Packaging
Storage
The DK Series dispersions for urethane systems are available in
a variety of packaging, including:
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
DK Series
Description
Consists of polyether polyol based dispersions. The hydroxyl number of the carrier
vehicle is 146, and the molecular weight is 760. Benefits include high pigment loading for excellent color control and economy of use.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
DK Series Technical Data
Product
Code
Description
CI Name
Chemistry
%Pigment
% Polyol
X Wt.
X Vol.
X Wt.
Weight/
Pigment
Gallon, Lightfastness
X Vol.
Mass
Tint
lbs.
DK-01034
White
White 6
Titanium Dioxide
60.0%
27.1%
40.0%
72.9%
15.35
E
E
DK-02118
Black
Black 7
Carbon Black
13.6%
8.3%
86.4%
91.7%
8.93
E
E
DK-03042
Blue
Blue 15:4
Phthalocyanine
12.0%
10.3%
88.0%
89.7%
8.58
E
E
DK-03064
Blue
Blue 29
Ultramarine
45.0%
26.8%
55.0%
73.2%
11.20
E
E
DK-05019
Green
Green 7
Phthalocyanine
25.0%
13.8%
75.0%
86.2%
9.67
E
E
DK-07119
Red
Red 101
Iron Oxide
60.0%
23.7%
40.0%
76.3%
16.07
E
E
DK-08046
Yellow
Yellow 42
Iron Oxide
40.0%
14.3%
60.0%
85.7%
12.03
E
E
DK-08047
Yellow
Yellow 14
Diarylide
15.0%
11.3%
85.0%
88.7%
8.78
G
F
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Urethane Coatings Systems
Colormatch® pigment dispersions for urethane applications
consist of organic and inorganic pigments milled in a 100%
solids polyol resin.
These resin vehicle are compatible with a wide range of solvent borne and 2 component urethane systems.
Primary applications include: concrete protective top coats,
industrial maintenance paints, sprayed-on truck bed liners,
and other high performance protective coatings.
A list of standard colors for urethane applications is included
on the back-side of this sheet. Along with these standard
colors, Chromaflo Technologies offers additional colors as
well as custom color matched blends.
Packaging
The DL Series' dispersions for urethane systems are available in
a variety of packaging, including:
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
Storage
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
DL Series
Description
Consists of polyether polyol based dispersions. The hydroxyl number of the carrier
vehicle is 35, and the molecular weight is 4800. Benefits include high pigment loading for excellent color control and economy of use.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
DL Series Technical Data
Product
Code
Description
CI Name
Chemistry
%Pigment
% Polyol
X Wt.
X Vol.
X Wt.
Weight/
Pigment
Gallon, Lightfastness
lbs.
X Vol.
Mass
Tint
DL-10106
White
White 6
Titanium Dioxide
65.0%
31.7%
35.0%
68.3%
16.59
E
E
DL-20376
Utility Black
Black 7
Carbon Black
22.9%
14.8%
77.1%
85.2%
9.40
E
E
DL-20441
Carbon Black
Black 7
Carbon Black
16.3%
10.0%
83.7%
90.0%
9.23
E
E
DL-30128
Phthalo Blue R/S
Blue 15:1
Phthalocyanine
16.3%
10.9%
83.7%
89.1%
9.04
E
E
DL-30131
Phthalo Blue G/S
Blue 15:4
Phthalocyanine
31.1%
21.6%
68.9%
78.4%
9.67
E
E
DL-50056
Phthalo Green B/S
Green 7
Phthalocyanine
25.0%
14.0%
75.0%
86.0%
9.75
E
E
DL-80457
Diarylide Yellow
Yellow 14
Diarylide
20.0%
15.4%
80.0%
84.6%
8.98
G
F
DL-80166
Yellow
Yellow 110
Isoindolinone
22.0%
14.5%
78.0%
85.5%
9.32
E
E
DL-80167
Yellow Oxide
Yellow 42
Iron Oxide
43.5%
16.2%
56.5%
83.8%
12.60
E
E
DL-70239
Red Oxide
Red 101
Iron Oxide
60.0%
23.8%
40.0%
76.2%
16.18
E
E
DL-70240
Red
Red 144
Diazo
23.0%
16.9%
77.0%
83.1%
9.17
E
G
DL-70242
Quindo Red
Violet 19
Quinacridone
20.0%
14.5%
80.0%
85.5%
9.08
E
E
DL-30129
Quindo Violet
Violet 19
Quinacridone
22.0%
14.5%
78.0%
85.5%
9.32
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Urethane Coatings Systems
Colormatch® pigment dispersions for urethane applications
consist of organic and inorganic pigments milled in a 100%
solids polyol resin.
These resin vehicle are compatible with a wide range of solvent borne and 2 component urethane systems.
Primary applications include: concrete protective top coats,
industrial maintenance paints, sprayed-on truck bed liners,
and other high performance protective coatings.
A list of standard colors for urethane applications is included
on the back-side of this sheet. Along with these standard
colors, Chromaflo Technologies offers additional colors as
well as custom color matched blends.
Packaging
The DR Series dispersions for urethane systems are available in
a variety of packaging, including:
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
Storage
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
DR Series
Description
Consists of polyether polyol based dispersions. The hydroxyl number of the carrier
vehicle is 28, and the molecular weight is 6000. Benefits include high pigment loading for excellent color control and economy of use.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
DR Series Technical Data
Product
Code
Description
CI Name
Chemistry
%Pigment
% Polyol
% Other
X Wt.
X Vol.
X Wt.
X Vol.
X Wt.
Weight/
Pigment
Gallon, Lightfastness
lbs.
X Vol.
Mass
Tint
DR-10368
White
White 6
Titanium Dioxide
63.1%
29.7%
34.0%
64.8%
3.0%
5.5%
16.04
E
E
DR-0203
Black
Black 7
Carbon Black
19.0%
11.6%
81.0%
88.4%
0.0%
0.0%
9.17
E
E
DR-0300
Blue
Blue 15:1
Phthalocyanine
18.8%
12.6%
81.3%
87.4%
0.0%
0.0%
9.04
E
E
DR-0301
Ultramarine Blue
Blue 29
Ultramarine
45.0%
26.8%
55.0%
73.2%
0.0%
0.0%
11.18
E
E
DR-0500
Green
Green 7
Phthalocyanine
26.8%
15.0%
73.2%
85.0%
0.0%
0.0%
9.76
E
E
DR-06039
Orange
Orange 34
Disazopyrazolone
25.0%
19.4%
75.0%
80.6%
0.0%
0.0%
9.03
G
F
DR-0702
Red
Red 101
Iron Oxide
60.0%
23.6%
40.0%
76.4%
0.0%
0.0%
16.04
E
E
DR-0704
Red
Red 48:2
Calcium Red 2B
25.0%
16.9%
75.0%
83.1%
0.0%
0.0%
9.31
F
P
DR-0801
Yellow
Yellow 42
Iron Oxide
42.5%
15.5%
57.5%
84.5%
0.0%
0.0%
12.34
E
E
DR-80140
Yellow
Yellow 151
Benzimidazolone
25.0%
18.3%
75.0%
81.7%
0.0%
0.0%
9.15
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Epoxy Coatings Systems
Colormatch® pigment dispersions for epoxy applications
consist of organic and inorganic pigments milled in either 100%
solids epoxy resins or EDC product line carrier vehicle.
These resins are compatible with a wide range of solvent borne
and 2 component epoxy systems.
Primary applications include: concrete protective coatings, high
build terrazzo flooring, industrial maintenance paints, and other
high performance protective coatings.
A list of standard colors for epoxy applications is included on
the backside of this sheet. Along with these standard colors,
Chromaflo Technologies offers additional colors as well as
custom color matched blends.
Packaging
The ED & EDC dispersions for epoxy systems are available in a
variety of packaging, including:
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
Storage
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions such as the
“EDC” product line.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Description
Colormatch®
ED Series
Epoxy-based paste pigment dispersions. Resin consists of 100 percent solids with
an EEW of 185 to 192. Benefits include high pigment loading for excellent color
control and economy of use.
Colormatch®
EDC Series
Pigment dispersions formulated with epoxy resins, surfactants and other additives
to provide such special characteristics as lower viscosity or improved compatibility
with difficult to pigment systems.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
ED & EDC Series Technical Data
Product
Code
Description
CI Name
Chemistry
X Wt.
X Vol.
X Wt.
X Vol.
Weight/
Gallon,
lbs.
ED-1018
ED-20728
ED-20892
ED-2035
ED-3039
ED-03078
ED-5013
ED-08105
ED-80222
ED-8033
ED-06040
ED-7027
ED-70216
ED-07167
White
Carbon Black
Lampblack
Utility Black
Ultramarine Blue
Phthalo Blue RS
Phthalo Green BS
Organic Yellow
Organic Yellow RS
Yellow Oxide
Organic Orange
Red Oxide
Organic Red
Azo Red
White 6
Black 7
Black 7
Black7
Blue 29
Blue 15:2
Green 7
Yellow 151
Yellow 83
Yellow 42
Orange 34
Red 101
Violet 19
Red 144
Titanium Dioxide
Carbon Black
Carbon Black
Carbon Black
Na, Al Silicate
Phthalocyanine
Phthalocyanine
Benzimidazolone
Diarylide
Iron Oxide
Disazopyrazolone
Iron Oxide
Quinacridone
Diazo
45.5%
11.0%
14.0%
28.8%
45.0%
12.5%
23.5%
20.0%
25.0%
37.7%
15.4%
53.8%
16.5%
18.0%
19.1%
7.4%
9.5%
20.6%
29.6%
11.1%
14.5%
16.2%
21.6%
14.8%
13.1%
21.6%
13.2%
14.5%
54.5%
89.0%
86.0%
71.2%
55.0%
87.5%
76.5%
80.0%
75.0%
62.3%
84.6%
46.2%
83.5%
82.0%
80.9%
92.6%
90.5%
79.4%
70.4%
88.9%
85.5%
83.8%
78.4%
85.2%
86.9%
78.4%
86.8%
85.5%
14.31
10.04
10.14
10.74
12.35
9.79
10.78
10.10
10.08
13.20
9.91
16.36
10.02
10.05
E
E
E
E
E
E
E
E
E
E
G
E
E
E
E
E
E
E
E
E
E
E
E
E
F
E
E
G
EDC-10431
EDC-20470
EDC-20544
EDC-20681
EDC-20682
EDC-30266
EDC-50119
EDC-80360
EDC-80490
EDC-80326
EDC-70411
EDC-70548
EDC-70300
EDC-70428
Super White
Black
Black Iron Oxide
Super Black
Utility Black
Phthalo Blue RS
Phthalo Green BS
Diarylide Yellow
Organic Yellow RS
Yellow Oxide
Red Oxide
Red Oxide BS
Azo Red
Quinacridone Red
White 6
Black 7
Black 11
Black 7
Black7
Blue 15:2
Green 7
Yellow 14
Yellow 83
Yellow 42
Red 101
Red 101
Red 144
Violet 19
Titanium Dioxide
Carbon Black
Iron Oxide
Carbon Black
Carbon Black
Phthalocyanine
Phthalocyanine
Diarylide
Diarylide
Iron Oxide
Iron Oxide
Iron Oxide
Diazo
Quinacridone
75.0%
27.9%
44.5%
35.0%
25.0%
25.0%
25.0%
22.5%
25.0%
60.0%
68.6%
54.0%
20.0%
20.0%
44.2%
19.4%
15.1%
23.8%
16.8%
21.8%
14.8%
18.0%
20.0%
28.0%
31.9%
21.6%
14.5%
14.9%
23.5%
71.2%
55.6%
58.0%
70.0%
72.5%
71.3%
72.5%
70.0%
37.9%
30.0%
42.0%
78.7%
75.0%
52.7%
79.7%
84.9%
68.0%
77.6%
75.5%
80.9%
76.7%
74.6%
68.3%
65.1%
71.0%
84.3%
79.8%
19.61
10.39
13.90
10.21
9.80
9.58
10.06
9.30
9.34
15.70
18.94
16.29
9.02
9.29
E
E
E
E
E
E
E
G
E
E
E
E
E
E
E
E
E
E
E
E
E
F
E
E
E
E
G
E
Published: April 2012
%Pigment
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
% Epoxy
Pigment
Lightfastness
Mass
Tint
Pigment Dispersions for Epoxy Coatings Systems
Colormatch® pigment dispersions for epoxy applications
consist of organic and inorganic pigments milled in a 100%
solids epoxy. These colorants use an additive package that
provides excellent color control and handling.
These resins are compatible with a wide range of solvent borne
and 2 component epoxy systems.
Primary applications include: concrete protective coatings, high
build terrazzo flooring, industrial maintenance paints, and other
high performance protective coatings.
A list of standard colors for epoxy applications is included on
the backside of this sheet. Along with these standard colors,
Chromaflo Technologies offers additional colors as well as
Packaging
The EDC ND Series dispersions for epoxy systems are available
in a variety of packaging, including:
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
Storage
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions such as the
“EDC” product line.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
EDC ND Series
Description
Epoxy-based paste pigment dispersions. Resin consists of 100 percent solids with
an EEW of 185 to 192. Benefits include excellent color control and lower viscosity to
improve in-plant or in-the-field tinting.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
EDC ND Series Technical Data
Product
Code
Description
CI Name
Chemistry
White 6
Titanium Dioxide
EDC-10349
White ND
EDC-20916
Black ND
Black 7
Carbon Black
Black 7
Carbon Black
EDC-20948
LV Black ND
EDC-02397
Lampblack ND
Black7
Carbon Black
Blue 15:2
Phthalocyanine
EDC-30378
LV Blue ND
EDC-50170
Green ND
Green 7
Phthalocyanine
Yellow 42
Iron Oxide
EDC-80448
Yellow Oxide ND
EDC-80482 Bismuth Yellow GS ND Yellow 184 Bismuth Vanadate
Orange 34 Disazopyrazolone
EDC-60166
Orange ND
EDC-40068
Raw Umber ND
Brown 7 Mixed Metal Oxide
Brown 7 Mixed Metal Oxides
EDC-40069
Burnt Umber ND
EDC-70536
Red Oxide ND
Red 101
Iron Oxide
Violet 19
Quinacridone
EDC-70544
Red ND
EDC-70561
LV Quindo Red ND
Violet 19
Quinacridone
Red 170
Naphthol AS
EDC-70650
Red 170 ND
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
%Pigment
% Epoxy
% Other
X Wt.
X Vol.
X Wt.
X Vol.
X Wt.
45.5%
21.3%
14.2%
20.6%
18.0%
25.0%
40.0%
53.8%
20.5%
38.0%
35.0%
54.0%
16.5%
11.0%
20.0%
19.1%
15.1%
9.8%
14.3%
16.1%
15.5%
15.9%
17.1%
17.4%
17.6%
14.7%
21.6%
13.2%
8.7%
18.1%
53.1%
75.4%
82.2%
73.0%
74.3%
70.0%
53.0%
43.2%
70.7%
58.2%
61.5%
42.0%
81.5%
86.9%
75.0%
78.7%
81.0%
86.0%
78.2%
75.4%
78.4%
73.4%
77.0%
72.6%
76.8%
80.3%
71.0%
84.5%
88.9%
76.3%
1.4%
3.3%
3.6%
6.4%
7.7%
5.0%
7.0%
3.0%
8.8%
3.8%
3.5%
4.0%
2.0%
2.1%
5.0%
Weight/
Pigment
Gallon, Lightfastness
X Vol.
lbs.
Mass
Tint
2.3%
3.9%
4.2%
7.5%
8.6%
6.2%
10.7%
6.0%
10.0%
5.5%
5.0%
7.4%
2.3%
2.4%
5.6%
14.28
10.35
10.09
10.33
9.78
10.80
13.36
17.18
9.90
12.73
12.58
16.29
10.00
9.87
9.80
E
E
E
E
E
E
E
E
G
E
E
E
E
E
E
E
E
E
E
E
E
E
E
F
E
E
E
E
E
E
Pigment Dispersions for Glycol-Based Coatings Systems
The EG Series dispersions consist of organic and inorganic
pigments milled in a 100% ethylene or monoethylene glycol.
These colorants do not contain any dispersing resin.
Primary applications include: latex coatings, printing inks,
textile coatings, cellophane, adhesives, paper, and leather
coatings.
A list of colors for these applications is included on the backside of this sheet. Along with these colors, Chromaflo Technologies offers additional colors as well as custom color
matched blends.
Packaging
The EG Series dispersions for urethane systems are available in
a variety of packaging, including:
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
Storage
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
EG Series
Description
Consists of colorants based on ethylene glycol or monoethylene glycol.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
EG Series Technical Data
Product Code
Description
CI Name
Chemistry
%Pigment
X Wt.
% Solvent
% Other
Weight
Pigment
/
Lightfastness
X Vol. X Wt. X Vol. X Wt. X Vol. Gallon, Mass Tint
lbs.
EG-01068
White
White 6
Titanium Dioxide
65.0%
33.9%
34.0%
64.4%
1.0%
1.7%
17.75
E
E
EG-20283
Black
Black 7
Carbon Black
41.7%
31.0%
56.9%
67.4%
1.4%
1.5%
11.12
E
E
EG-20586
Black
Black 11
Iron Oxide
49.5%
19.4%
49.5%
79.2%
1.0%
1.5%
15.00
E
E
EG-30343
Blue
Blue 15:2
Phthalocyanine
25.0%
18.4%
74.0%
80.6%
1.0%
1.0%
10.22
E
E
EG-50120
Green
Green 7
Phthalocyanine
25.0%
15.2%
74.0%
83.8%
1.0%
1.0%
10.62
E
E
EG-70194
Red
Red 101
Iron Oxide
60.0%
25.7%
39.0%
72.6%
1.0%
1.7%
17.45
E
E
EG-70508
Red
Red 170
Naphthol AS
19.3%
17.2%
80.7%
82.8%
0.0%
0.0%
9.62
E
E
EG-80146
Yellow
Yellow 42
Iron Oxide
47.0%
19.8%
53.0%
80.2%
0.0%
0.0%
14.19
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
InfraCool® Colorants for IR Reflective Coatings Systems
Chromaflo Technologies’ IR reflective technology works to maximize
total solar reflectance with focus in the IR region. Proper pigment
selection, optimized milling, and tight manufacturing cleanliness practices are combined to meet the customers’ required total solar reflectance.
By using Chromaflo Technologies’ IR reflective technology, paint formulators and system houses can develop coatings that keep surfaces
cool when exposed to the sun. When applied to a roof, the coatings
can provide a number of benefits including reduced energy cooling
costs, increased roof life cycle by reducing thermal shock stress associated with large temperature changes, decreased pollution, and reduced heat island effect.
IR reflective technology supports government legislation and industry
organizations such as the EPA’s Energy Star program, The Cool Roof
Council, and California’s Title 24 requirements.
Other markets which can benefit from this technology include the
transportation market (both interior and exterior applications), industrial coatings, wood and concrete deck coatings, and anywhere solar
Solar Energy and Measurement
The Sun Emits Radiation
 Sunlight consists of 5% Ultraviolet, 42% Visible, and 53% Invisible Infrared (Heat) Radiation.
Effect of the Sun’s Energy
 When sunlight strikes an opaque object, it is reflected or absorbed.
 When sunlight is absorbed, objects heat up.
 Traditional roofs can heat up to over 180°F.
 IR Reflective roofs can reduce the maximum temperature by 60°F or more.
Total Solar Reflectance
 Total solar reflectance is the measure of the amount of sunlight reflected from an object. The greater the reflectance, the
cooler the object. The total solar reflectance is measured using a Solar Spectral Reflectometer.
®
In visible light, all three panels appear black (left photo). In infrared light (right photo), the left panel with InfraCool ® Colorant
Technology appears white due to a high infrared reflectivity. The middle panel is a standard black and does not use InfraCool®
Colorant Technology. It appears black due to high infrared absorptivity which creates heat build. The right panel also uses
InfraCool® Colorant Technology and appears gray due to moderate infrared reflectivity. The higher the infrared reflectivity the
cooler the surface!
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
InfraCool® Colorant technology is available in a variety of Chromaflo Technologies’ product lines including:
Product Line
Prefix
Spartacryl PM™
Solvent
60 Series
Colormatch®
Water
Description
Solvent-based pigment dispersions based on a widely compatible acrylic resin and PM
acetate solvent.
50-990 Series Water-based pigment dispersions, using a unique, zero VOC and glycol free binder.
Compatible with many water based paints having a pH range of 4.5 to 9.5.
Packaging
Chromaflo Technologies’ dispersions for IR reflective coatings systems are available in a variety of packaging,
including:
55-gallon steel drums, providing 55 gallons of material
5-gallon plastic pails, providing five gallons of
ranging from 450 to 700 pounds.
material ranging from 40 to 70 pounds.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
FlexPak - a multilayered laminate bag containing preweighed dispersions. Minimum quantities apply.
Special packaging is also available. Call our office for more
information.
Storage
Containers should be tightly sealed when not in use. This will prevent drying and minimize the chance
of airborne contamination. Containers should be stored in a manner as to protect them from
temperature extremes (32-120°F). Material should be mixed prior to use if stored over 30 days.
Spartacryl PMTM Series IRR Technical Data
Product
Code
Description
Chemistry
%Pigment
X Wt.
X Vol.
%Millbase
%Solvent
%Other NVM Weight/
Pigment
Resin
Gallon, Lightfastness
X Wt. X Vol. X Wt. X Vol. X Wt. X Vol. lbs.
Mass
Tint
60312
60629
Titanium Dioxide White
Brown
Inorganic
Organic
67.6%
11.7%
34.9%
7.7%
8.7%
11.6%
16.4%
11.2%
22.7%
76.3%
47.1%
80.7%
1.1%
0.4%
1.5%
0.4%
16.77
8.53
E
E
E
E
60633R*
Black
Inorganic
67.0%
27.6%
8.7%
17.8%
23.4%
52.9%
1.0%
1.5%
18.23
E
E
60636R
Inorganic IR Yellow
Inorganic
62.9%
27.2%
8.1%
14.9%
27.5%
55.8%
1.6%
2.1%
16.38
E
E
60637R
Inorganic IR Green
Inorganic
66.0%
27.1%
8.6%
17.3%
24.5%
54.0%
1.0%
1.5%
17.82
E
E
60638R
IR Black
Organic
21.1%
15.4%
21.1%
21.1%
57.8%
63.4%
0.0%
0.0%
8.86
E
E
60651R*
IRR Black
Inorganic
67.0%
27.6%
8.7%
17.8%
23.4%
52.9%
1.0%
1.5%
18.23
E
E
60661R
Yellow (GS)
Inorganic
54.0%
20.5%
10.5%
17.1%
34.1%
60.7%
1.4%
1.6%
14.39
E
E
60662R
Yellow (RS)
Inorganic
51.0%
19.3%
10.0%
15.5%
37.4%
63.5%
1.6%
1.7%
13.69
E
E
60663R
Red (YS)
Inorganic
57.9%
21.0%
9.3%
16.3%
31.5%
60.9%
1.4%
1.8%
15.59
E
E
60664R
Black (BS)
Inorganic
59.8%
22.2%
11.3%
20.6%
28.0%
55.9%
0.9%
1.2%
16.10
E
E
60665R
Blue (RS)
Inorganic
57.6%
24.0%
9.3%
15.6%
31.8%
58.8%
1.3%
1.5%
14.90
E
E
60666R
Blue (GS)
Inorganic
57.9%
22.2%
9.3%
16.1%
31.5%
59.9%
1.4%
1.7%
15.35
E
E
60670R*
High IR Green
Inorganic
62.9%
24.2%
8.1%
15.5%
27.5%
58.1%
1.6%
2.1%
17.06
E
E
* Not available for export
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
50-990 Series IRR Technical Data
Product Code
Description
Chemistry
%Pigment
X Wt.
X Vol.
%Millbase
%Water
Weight/
Pigment
NVM
Gallon, Lightfastness
lbs.
X Wt. X Vol. X Wt. X Vol.
Mass
Tint
50-990-151
50-990-02296R
Exterior White
IR Black YS
Inorganic
Inorganic
64.1%
68.7%
31.6%
30.2%
3.3%
7.8%
5.8%
15.9%
32.6%
23.5%
62.6%
53.9%
16.02
19.07
E
E
E
E
50-990-02355R
775 IR Black
Inorganic
68.7%
30.2%
7.8%
15.9%
23.5%
53.8%
19.06
E
E
50-990-02358R*
IRR Black 03
Inorganic
68.7%
31.0%
7.8%
15.7%
23.5%
53.2%
18.84
E
E
50-990-02364R
IRR Black 74
Inorganic
68.7%
29.9%
7.8%
16.0%
23.5%
54.1%
19.15
E
E
50-990-02380R*
Black 10201
Inorganic
67.8%
23.8%
8.6%
18.2%
23.3%
57.1%
20.47
E
E
50-990-20957R*
Black IRR
Inorganic
68.4%
29.7%
8.3%
16.7%
23.3%
53.6%
19.19
E
E
50-990-20968R
Black IRR
Organic
24.7%
18.6%
6.9%
6.6%
68.4%
74.7%
9.11
E
E
50-990-30379
Violet
Organic
42.0%
32.9%
11.6%
12.5%
46.4%
54.6%
9.81
E
E
50-990-30384R
Turquoise IRR
Inorganic
70.6%
34.1%
7.7%
15.7%
21.7%
50.2%
19.32
E
E
50-990-30385R
Bright Blue IRR
Inorganic
69.4%
35.2%
7.2%
13.9%
23.4%
50.9%
18.15
E
E
50-990-40092R
Brown IR
Organic
41.0%
31.2%
6.7%
7.2%
52.3%
61.6%
9.82
E
E
50-990-50186R
Cobalt Green IRR
Inorganic
68.8%
30.4%
7.7%
15.6%
23.5%
54.0%
19.16
E
E
50-990-50197R
Kelly Green IRR
Inorganic
64.5%
27.1%
7.5%
14.0%
28.0%
58.9%
17.54
E
E
50-990-50214R*
High IR Green
Inorganic
64.5%
26.0%
8.2%
15.2%
27.4%
58.7%
17.90
E
E
50-990-70567R
Red IRR
Inorganic
62.2%
24.7%
8.7%
15.9%
29.1%
59.4%
17.04
E
E
50-990-80486R
Yellow IRR
Inorganic
56.3%
22.6%
9.1%
14.7%
34.3%
62.7%
15.24
E
E
50-990-80487R
Golden Yellow IRR
Inorganic
64.4%
29.8%
7.3%
13.2%
28.3%
57.0%
16.79
E
E
50-990-90507R
Trans-IR InfraCool®
Inorganic
41.4%
17.6%
12.3%
15.8%
46.3%
66.6%
11.99
E
E
* Not available for export
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Plasticizer Coating Systems
Colormatch® plasticizer-based dispersions consist of organic
and inorganic pigments suspended in a phthalate-free
plasticizer. The primary plasticizer is benzoate ester plasticizer.
At Chromaflo Technologies, special consideration is given to
pigment types in the custom color matching process. Pigments
may be selected according to a variety of criteria, including
weathering, UV stability, food contact, non-heavy metals, low
abrasion and cost considerations.
A list of standard plasticizer based colors is included on the
back-side of this sheet. Along with these standard colors, Chromaflo Technologies offers custom color matched blends.
Packaging
Storage
The PF Series dispersions for plasticizer systems are available in
a variety of packaging, including:
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
FlexPak - a multilayered laminate bag containing pre-weighed
dispersions. Minimum quantities apply.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
PF Series
Description
These paste pigment dispersions are formulated in a phthalate-free plasticizer carrier and are compatible with a wide range of acrylic, epoxy, urethane, and vinyl systems. End applications include adhesives, sealants, caulk, coatings, flooring, and
industrial floor finishes
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
PF Series Technical Data
Product
Code
Description
CI Name
Chemistry
%Pigment
%Plasticizer
%Other
X Wt.
X Vol.
Weight/
Pigment
Gallon, Lightfastness
X Wt. X Vol. X Wt. X Vol. lbs.
Mass Tint
61.1%
26.4%
30.7%
18.7%
37.5%
70.0%
66.9%
77.3%
1.4%
3.6%
2.5%
4.0%
16.69
10.33
E
E
E
E
25.0%
22.1%
75.0%
77.9%
0.0%
0.0%
9.71
E
E
White
White 6
Titanium Dioxide
PF-30413
Black
Phthalo Blue RS
Black 7
Blue 15:2
Carbon Black
Phthalocyanine
PF-50202
Phthalo Green BS
Green 7
Phthalocyanine
22.7%
13.6%
77.3%
86.4%
0.0%
0.0%
10.45
E
E
PF-80514
Organic Yellow
Yellow 180
Benzimidazolone
15.0%
11.9%
85.0%
88.1%
0.0%
0.0%
9.68
E
E
PF-80564
Bismuth Vanadate GS
Yellow 184
Bismuth Vanadate
40.0%
10.3%
60.0%
89.7%
0.0%
0.0%
13.97
E
E
PF-80255
Yellow Oxide
Yellow 42
Iron Oxide
30.0%
10.6%
70.0%
89.4%
0.0%
0.0%
11.93
E
E
PF-60186
Organic Orange
Orange 34
Diarylide Pyrazolone
17.0%
14.1%
83.0%
85.9%
0.0%
0.0%
9.67
E
E
PF-70597
Red Oxide
Red 101
Iron Oxide
60.0%
25.5%
37.0%
68.6%
3.0%
5.9%
17.32
E
E
PF-70672
Organic Red
Red 170
Naphthol AS
20.0%
17.8%
80.0%
82.2%
0.0%
0.0%
9.61
E
E
PF-70622
Red
Red 254
DPP
23.0%
16.9%
77.0%
83.1%
0.0%
0.0%
10.09
E
E
PF-70621
Violet
Violet 19
Quinacridone
23.0%
16.5%
77.0%
83.5%
0.0%
0.0%
10.14
E
E
PF-10399
PF-02262
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Plasticizer-Based Coatings
Systems
Colormatch® plasticizer-based dispersions consist of organic
and inorganic pigments milled in a DIDP plasticizer. These
colorants have been formula to ensure excellent color performance
Special consideration is given to the pigment types in these
colorants. Pigments have been selected based on characteristics essential for coatings. Primary applications include: latex
coatings, printing inks, textile coatings, cellophane, adhesives,
paper, and leather coatings.
A list of colors for these applications is included on the backside of this sheet. Along with these colors, Chromaflo Technologies offers additional colors as well as custom color matched
blends.
Packaging
The RV Series dispersions for urethane systems are available in
a variety of packaging, including:
5-gallon plastic pails, providing five gallons of
material ranging from 40 to 70 pounds.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
Storage
Containers should be tightly sealed when not in use.
This will prevent the absorption of atmospheric
moisture and minimize the chance of airborne
contamination. Containers should be stored in a
manner as to protect them from temperature
extremes (32-120°F). Material should be mixed prior
to use if stored over 30 days. Material shelf life from
date of manufacture is 12 months.
5-gallon plastic pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Colormatch®
RV Series
Description
Consists of colorants based on DIDP plasticizer. The colorants are formulated to
ensure excellent color control in coatings based on a plasticizer or a plasticizermodified system.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
RV Series Technical Data
Product Code
Description
CI Name
Chemistry
%Pigment
X Wt.
% Solvent
% Other
Weight
Pigment
/
Lightfastness
X Vol. X Wt. X Vol. X Wt. X Vol. Gallon, Mass Tint
lbs.
RV-0122
White
White 6
Titanium Dioxide
73.5%
39.5%
22.5%
51.2%
4.0%
9.2%
18.30
E
E
RV-02510
Black
Black 7
Carbon Black
23.2%
13.9%
73.9%
82.8%
2.9%
3.3%
9.00
E
E
RV-0313
Blue
Blue 15:1
Phthalocyanine
18.1%
11.6%
81.9%
88.4%
0.0%
0.0%
8.67
E
E
RV-0506
Green DP
Green 7
Phthalocyanine
21.9%
11.4%
78.1%
88.6%
0.0%
0.0%
9.11
E
E
RV-06041
Orange
Orange 34
Disazopyrazolone
25.0%
18.7%
75.0%
81.3%
0.0%
0.0%
8.71
E
E
RV-07107
Red
Red 38
Pyrazolone
16.3%
12.2%
83.7%
87.8%
0.0%
0.0%
8.43
E
E
RV-0746
Red
Red 101
Iron Oxide
70.0%
32.3%
27.0%
61.1%
3.0%
6.6%
18.80
E
E
RV-08036
Yellow
Yellow 151
Benzimidazolone
25.0%
17.7%
75.0%
82.3%
0.0%
0.0%
8.82
E
E
RV-0821
Yellow
Yellow 42
Iron Oxide
60.0%
27.1%
36.0%
65.9%
4.0%
7.1%
15.20
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Solvent Coatings Systems
Spartacryl PM® universal pigment dispersions for industrial
solvent based paint and coatings applications consist of
industrial quality organic and inorganic pigments finely milled in
an acrylic carrier resin. The acrylic carrier resin along with a
proprietary additive package allow for high pigment solids and
superior compatibility with a number of solvent based
chemistries including, acrylic, urethane, epoxy, polyester,
alkyds of all oil lengths, nitrocellulose, vinyl, and hybrid
systems.
The Spartacryl PM® single pigment dispersions are controlled
for color and strength for increased consistency.
Primary applications include: high performance industrial
maintenance coatings, marine, wood, concrete and plastic
coatings, decorative and special effect paints and varnishes,
machinery enamels, and other high performance protective
coatings.
Packaging
The Spartacryl PM 60 Series dispersions for solvent systems are
available in a variety of packaging, including:
5-gallon steel pails with pour spout lids, providing five
gallons of material ranging from 40 to 70 pounds.
Storage
Containers should be tightly sealed when not in use.
This will prevent solvent loss and minimize the
chance of airborne contamination. Containers should
be stored in a manner as to protect them from
temperature extremes (32-120°F). Material should be
mixed prior to use if stored over 30 days. Material
shelf life from date of manufacture is 12 months.
55-gallon steel drums, providing 55 gallons of
material ranging from 450 to 700 pounds.
Special packaging is also available. Call our office for more
information.
5-gallon steel pails with optional pour spout lids
are ideal for lower viscosity dispersions.
Plastibulk returnable semi-bulk tanks containing
250 to 440 gallons of material.
Gallons
Quarts
Pints
Product Line
Prefix
Spartacryl PM®
60 Series
Description
Solvent-based pigment dispersions based on a widely compatible acrylic resin and
PM acetate solvent. Benefits include high pigment loading for excellent color control
and economy of use as well as wide range compatibility in solvent borne paint and
coatings. Dispersions are controlled for color and strength to facilitate in-plant
control of color blending.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
Spartacryl PM 60 Series Technical Data
Product
Code
Description
CI Name
Chemistry
60311
Titanium Dioxide
White 6
Titanium Dioxide
60403
60321
60323
60364
Jet Carbon Black
Carbon Black
Lamp Black
Phthalo Blue R/S
Black 7
Black 7
Black 6
Blue 15:2
Carbon Black
Carbon Black
Carbon Black
Phthalocyanine
60391
60397
60318
60319
Phthalo Blue
Phthalo Blue G/S
Phthalo Green B/S
Phthalo Green Y/S
Blue 15:2
Blue 15:4
Green 7
Green 7
Phthalocyanine
Phthalocyanine
Phthalocyanine
Phthalocyanine
60413
60427
Diarylide Yellow (OT)
Diarylide Yellow (HR-70)
Yellow 14
Yellow 83
Diarylide
Diarylide
60626
60445
Diarylide Yellow (HR-04) Yellow 83
Monoazo Yellow H4G
Yellow 151
Diarylide
Benzimidazolone
60325
60432
Iron Oxide Yellow
Trans Yellow Oxide
Yellow 42
Yellow 42
Iron Oxide
Iron Oxide
60404
60405
60444
60460
60457
60681
Iron Oxide Red Y/S
Burnt Umber
Disazo Orange
Bright Red F-3
Bright Red F-5
BON Red
Red 101
Brown 7
Orange 34
Red 170
Red 170
Red 48:2
Iron Oxide
Mixed Oxides
Disazopyrazolone
Naphthol AS
Naphthol AS
BONA, Ca
60667
60406
Perylene Maroon 547
Quinacridone Red
Red 279
Violet 19
Perylene
Quinacridone
60333
60407
Quinacridone Violet
Carbazole Violet
Violet 19
Violet 23
Quinacridone
Dioxazin
%Pigment
X Wt.
X Vol.
% Millbase
NVM
X Wt. X Vol.
67.0%
10.1%
21.1%
28.4%
18.0%
20.0%
22.9%
20.0%
20.0%
17.9%
24.7%
11.1%
24.9%
47.3%
24.5%
57.8%
37.0%
20.0%
31.0%
22.4%
16.0%
12.6%
13.6%
14.9%
33.1%
5.8%
12.9%
18.1%
11.4%
13.9%
15.4%
10.5%
9.8%
13.4%
19.0%
3.0%
18.1%
18.0%
7.5%
23.0%
14.3%
14.6%
25.0%
16.1%
11.9%
8.5%
8.9%
10.3%
9.7%
21.5%
21.1%
28.5%
28.0%
22.1%
25.3%
22.5%
22.8%
20.0%
26.4%
13.1%
25.0%
10.8%
27.5%
10.7%
15.4%
25.4%
25.3%
24.0%
19.4%
27.8%
18.7%
20.3%
17.9%
20.9%
21.8%
30.8%
28.4%
22.2%
26.1%
23.6%
24.0%
19.7%
26.7%
13.2%
25.6%
15.4%
31.5%
17.6%
19.4%
25.4%
25.9%
24.3%
19.0%
27.3%
18.3%
19.9%
23.3%
68.4%
57.8%
43.1%
54.0%
57.9%
51.8%
57.5%
57.2%
62.1%
48.9%
75.8%
50.1%
41.9%
48.0%
31.5%
47.6%
54.6%
43.7%
53.6%
64.6%
59.6%
67.7%
64.8%
49.0%
73.3%
65.3%
51.1%
60.2%
63.9%
58.5%
65.9%
66.0%
66.9%
54.3%
83.8%
56.3%
66.6%
61.0%
59.4%
66.3%
60.0%
49.1%
59.6%
69.1%
64.2%
72.8%
69.8%
16.85
8.64
9.13
9.56
8.98
8.90
9.11
9.25
9.32
8.70
8.95
8.92
9.07
12.84
10.24
15.21
11.22
8.85
9.06
8.97
8.64
8.69
8.67
8.68
E
E
E
E
E
E
E
E
E
G
E
E
E
E
E
E
E
G
E
E
F
E
E
E
E
E
E
E
E
E
E
E
E
F
E
E
E
E
E
E
E
F
E
E
P
E
E
E
13.1%
8.8%
17.8%
17.4%
69.1%
73.8%
8.62
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
% Solvent
Weight/
Pigment
Gallon, Lightfastness
X Wt. X Vol.
Mass Tint
lbs.
Additives for Coatings
The UCD™ Additives are designed to be used in conjunction
with the other UCD™ Colorants products. These products include the E, HS, PS, Q, SF, and V lines.
The majority of the products are for use in solvent-based coatings. However, there is one water-based flatting paste formulated for use in water-based coatings.
All of these additives are liquids and, hence, will provide products that are generally easier to incorporate when compared to
dry powders. The use of our proven acrylic means superior
compatibility with modern coatings.
Chemistry
Properties
All additives utilize our proven acrylic resin technology to create
additives that have broad compatibility. The primary solvent
for the solvent-based additives is mineral spirits. The UCD
2148Q contains a small level of Butyl Cellosolve (Glycol Ether
EB) as a co-solvent.
All additives are thixotropic, but are flowable. The thixotropy of the additives provides resistance to settling
and aids the long-term shelf stability of these products.
Compatibility
Storage
These additives will be compatible with many solvent-based
and water-based coatings. Similarly to the UCDTM colorants,
these additives will be compatible with many resin systems
based on acrylic, epoxy, polyester, alkyd, polyurethane, and
vinyl polymers.
Proper handling is essential to maintain good quality. It
is recommended that the additives be mixed prior to
use to ensure uniformity. Containers should be tightly
sealed when not in use. Repacking the additives into a
smaller container should be considered if the additive
level in the container is less than 20% of the original
amount and will be stored for an extended period of
time.
Usage Levels
Since all coatings systems are different, it is recommended that
a ladder study be performed to determine the appropriate level
of the additive to achieve the desired properties. A general
starting point range will be 3 - 5% by weight of the total coating.
Product Line
Prefix
UCD™
N & Q Line
Shelf life of the additives is 3 years from the date of
manufacture in unopened containers.
Properties
The additives are designed to provide an effective means of incorporating
various additives components in a clean manner. The medium used for these additives is widely compatible with a wide range of Coatings systems.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
UCD™ Additives Technical Data
Product
Code
Description
%Pigment
%Resin
%Other
X Wt.
X Vol.
X Wt.
X Vol.
X Wt.
X Vol.
WPG
2106N
Slick
20.0
18.6
22.5
19.3
57.5
62.1
7.37
2226N
Flatting Paste
23.0
10.4
17.0
16.1
60.0
73.9
7.90
2360N
Bentone
8.0
3.7
17.9
14.6
74.1
81.7
7.07
9844N
MPA
13.3
11.2
16.7
13.7
70.0
75.1
6.89
2148Q
Flatting Paste
25.0
14.2
3.2
3.3
3.0/
3.8/
9.51
*Water
UCD 2106N SLICK
This product is compatible with all solvent-based coatings. The characteristics of the polyolefin dispersion can improve
properties such as slip, mar resistance, and pigment suspension. UCD 2106N is especially superior in its ease of incorporation and minimal gloss loss when used in solvent-based coatings.
The UCD 2106N incorporates an ultra-compatible proprietary methacrylate resin as the dispersion vehicle. The resin to
polyolefin ratio is lower than many comparable products.
UCD 2226N FLATTING PASTE
This is a solvent-based silica paste that can be added to your finished product to adjust gloss in-plant or in the field. Unlike many silica-based pastes, the UCD 2226N is thixotropic, which will resist settling and hard-packing.
UCD 2148Q FLATTING PASTE
This is a water-based silica paste that can be added to your finished product to adjust gloss in-plant or in the field. Similar
to the UCD 2226N, the UCD 2148Q is thixotropic, which will resist settling and hard-packing.
UCD 2360N BENTONE PASTE
Bentone products are formed by replacing the inorganic cations in a clay mineral lattice with organic cations. This results
in a compound that forms a thixotropic gel in organic liquids. UCD 2360N is a ready-to-use paste that can be post-added
to coatings, without any preparation, to provide pigment suspension and sag resistance.
UCD 9844N MPA
This is a multipurpose flow additive that will provide sag control and pigment suspension with enhanced brushability and
flow with minimal effects on viscosity and gloss. One of the benefits of UCD 9844N is that it can be post-added to control
the pigment suspension, sagging, brushability, and flow
Published: April 2012
Pigment Dispersions for Water-Based Coatings
The UCD™ E Line of colorants is distinguished by the fact that
they contain no hazardous air pollutants (HAPS) and less than
0.05 pound of Volatile Organic Compounds (VOC) per gallon.
These colorants are appropriate for most water-based industrial
coating systems. In addition, these colorants will exhibit excellent color control for in-plant tinting of architectural coatings.
UCD E Line colorants are formulated with a unique proprietary
acrylic resin that provides excellent pigment wetting. This feature makes possible high pigment concentrations at relatively
low millbase solids levels. For the paint formulator, this means
less millbase resin can be added to a paint. Also, less colorant
is required in formulations that employ an E colorant as a tinter
or for pigmentation; the result is a savings in valuable inventory space.
UCD E Line colorants provide excellent performance through
ease of incorporation and resistance to flooding/floating and
flocculation. E products should not negatively affect paint physical properties. Benefits of these colorants in industrial and
architectural coatings also include improved water resistance
and block resistance.
Chemistry
The E Line colorants have an alkaline pH and are suitable for
use in both nonionic and anionic paint systems.
Only prime pigments are included in this line’s color spectrum;
no extenders are present.
The E Line colorants are typically not recommended for use in
manual volumetric dispensing systems. However, performance
in dispenser systems with covered dispenser tips should be acceptable.
Compatibility
E colorants should be suitable for use with a variety of
waterborne systems. These include but are not limited to
the following:





Acrylic/PVA emulsions
Water-reducible polyester/epoxies
Water-soluble alkyds
Urethanes
Acrylics
The E Line colorants are also compatible with systems
containing co-solvents and are not limited to use in lowVOC paint formulations.
Storage
Proper
handling is essential to maintain good quality. It is recommended that the colorants be mixed prior to use. Due
to the lack of any co-solvents, the E line colorants will dry
quickly and could flake if not handling properly. Containers should be tightly sealed when not in use. Repacking
the colorant into a smaller container should be considered
if the colorant level in the container is less than 20% of
the original amount and will be stored for an extended
period of time.
Shelf life on the E line colorants is 3 years from the date
Product Line
Prefix
Properties
UCD™
E line
The tinting strength of the colorants is controlled to ±2% of the
standard. The color difference is controlled to less than 0.8
CIELAB units with the individual color components (DA, DB, and
DL) controlled to ±0.80 CIELAB units.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
UCD™ E Line Technical Data
Product
Code
Description
CI
Name
%Pigment
%Resin
X Wt. X Vol. X Wt.
%Other
WPG
X Vol. X Wt. X Vol.
Pigment
Lightfastness
Pigment
Resistance
Mass
Tint
Acid
Alkali
1106E
Micronized White
Wh 6
65.0
30.8
7.2
14.1
27.8
55.1
16.47
E
E
E
E
1507E
Carbon Black
Bk 7
32.5
21.6
14.3
14.9
53.2
63.5
9.94
E
E
E
E
1530E
Jet Carbon Black
Bk 7
7.0
4.3
20.5
18.7
72.5
77.0
8.85
E
E
E
E
1625E
Lampblack
Bk 7
28.0
18.1
11.5
11.4
60.5
70.5
9.71
E
E
E
E
1635E
Medium Color Black
Bk 7
40.0
27.5
12.5
13.7
47.5
58.8
10.32
E
E
E
E
4775E
Ultramarine Blue
Bl 29
46.0
27.1
10.3
12.4
43.7
60.5
11.53
G
P
P
G
4820E
Phthalo Blue GS
Bl 15:3
37.0
28.7
11.4
11.3
51.6
60.0
9.70
E
E
E
E
4830E
Phthalo Blue RS
B1 15:2
37.0
28.3
11.3
11.2
51.7
60.5
9.74
E
E
E
E
5150E
Phthalo Green BS
G7
47.0
30.3
10.9
12.7
42.1
57.0
11.27
E
E
E
E
5166E
Phthalo Green YS
G 36
47.0
25.3
9.4
11.6
43.6
63.1
12.07
E
E
E
E
5613E
Diarylide Yellow (RS)
Y 13
37.5
30.8
12.4
13.8
50.1
55.4
9.22
G
F
E
E
5628E
Novoperm Yellow
Y 139
30.0
20.0
12.5
12.9
57.5
67.1
9.73
E
E
E
G
5668E
Hansa Yellow 74
Y 74
40.0
34.8
11.5
11.1
48.5
54.1
9.29
E
E
E
F
5675E
Diarylide Yellow
Y 14
37.5
29.5
12.2
12.5
50.3
58.0
9.60
G
F
E
E
5696E
Organic Yellow
Y 151
47.5
38.5
8.6
9.0
43.9
52.5
9.97
E
E
E
G
5721E
Transparent Yellow
Y 42
28.0
10.0
14.0
15.5
57.2
70.6
10.69
E
E
E
E
5739E
Organic Yellow RS
Y 139
21.0
14.2
8.7
8.6
70.3
77.2
9.15
E
E
E
G
5740E
Oxide High-Strength Yellow
Y 83
35.0
27.5
10.8
10.7
54.2
61.8
9.49
G
G
E
E
5750E
Yellow Oxide
Y 42
55.0
23.6
8.4
12.8
36.6
63.6
14.49
E
E
E
E
5762E
Diarylide Yellow RS
Y 83
50.0
40.3
8.5
9.1
41.5
50.6
10.16
E
E
E
E
5797E
Quinacridone Gold
O 48
18.0
13.0
13.8
12.9
68.2
74.1
9.05
E
E
E
E
5832E
Raw Umber
Br 7
32.0
12.3
15.5
18.0
52.5
69.7
11.04
E
E
E
E
5861E
Burnt Umber
Br 7
32.5
12.1
14.6
17.0
52.9
70.9
11.17
E
E
E
E
5891E
Transparent Red Oxide
R 101
38.0
14.2
12.1
15.1
49.9
70.7
11.81
E
E
E
E
5940E
DNA Orange
O5
52.0
41.9
8.1
8.8
39.9
49.3
10.29
G
F
E
E
6002E
Perinone Orange
O 43
40.0
30.0
10.0
10.4
50.0
59.6
9.93
G
G
E
E
6004E
Novoperm Orange
O 36
52.0
40.8
7.8
8.6
40.2
50.6
10.47
E
G
E
E
6012E
Organic Orange
O 34
52.0
44.2
8.0
8.3
40.0
47.5
9.90
G
F
E
E
6080E
Red Oxide
R 101
60.0
23.9
8.6
14.8
31.4
61.3
16.27
E
E
E
E
6470E
Quinacridone Magenta
R 122
30.0
23.2
12.0
11.7
58.0
65.1
9.34
E
E
E
E
7900E
Naphthol Red
R 112
37.0
28.7
11.5
11.7
51.5
59.6
9.63
E
G
E
G
7942E
Toluidine Red
R3
42.3
34.4
10.5
10.6
47.2
55.0
9.70
E
F
E
E
7949E
Organic Red
R 170
42.5
34.9
10.6
10.7
46.9
54.4
9.66
E
G
E
E
7975E
Fast Red
R 187
30.0
23.2
13.0
12.8
57.0
64.0
9.35
E
G
E
E
8030E
Quinacridone Red
V 19
35.0
26.8
10.6
10.5
54.4
62.7
9.59
E
E
E
E
8062E
Bon Red
R 48:2
33.0
24.8
11.6
11.6
55.4
63.6
9.56
G
P
F
P
8097E
Red Oxide BS
R 101
60.0
23.5
9.5
15.0
30.5
61.5
16.79
E
E
E
E
8175E
Benzimidazolone Red
R 175
35.0
27.1
11.5
11.6
53.5
61.3
9.55
E
G
E
E
8406E
Carbozole Violet
V 23
35.0
26.5
13.1
13.3
51.9
60.2
9.61
E
E
E
E
8443E
Quinacridone Violet
V 19
35.0
27.0
10.6
10.1
54.4
62.9
9.63
E
E
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Solvent-Based Coatings
UCD™ HS high-solids colorants meet the increasing demand for
pigmented, low-Volatile-Organic-Compound (VOC) polyurethanes to replace low-solids thermosetting acrylics in applications where exterior durability or chemical resistance requirements preclude the use of polyesters.
The HS line of automotive (exterior) grade colorants is formulated at maximum loadings in a hydroxyl-functional modifiedacrylic vehicle.
UCD™ HS colorants are low viscosity, but thixotropic, which
makes them resistant to separation by settling or syneresis.
The Methyl amyl ketone solvent assures long package life and
freedom from caking and drying in opened containers or dispensing equipment.
Chemistry
The HS colorants are formulated with a hydroxyl-functional
acrylic resin.* The primary solvent is methyl n-amyl ketone,
which offers the benefit of low specific gravity. The end result
is colorants that offer high functional reactivity for maximum
resistance properties, low VOC levels, excellent pigment development, and rheological characteristics that contribute extraordinary stability to the colorant (resistance to flocculation, settling, and syneresis).
In addition to the superior pigment development afforded by
the HS millbase, all colorants exhibit excellent grind, high gloss
and transparency (organics), and high tinting strength value.
Another significant feature: on average, HS colorants contain
68% less VOC than typical solvent-borne colorants. Consequently, HS colorants can be formulated into high-solids coatings containing less than 2.8 pounds of VOC per gallon.
Compatibility
UCD™ HS colorants are compatible with a wide variety of
solvents, resins, polymers, reactive diluents, and additives.
Storage
Proper handling is essential to maintain good quality. It
is recommended that the colorants be mixed prior to use.
Containers should be tightly sealed when not in use. Repacking the colorant into a smaller container should be
considered if the colorant level in the container is less
than 20% of the original amount and will be stored for a
extended period of time.
Shelf life on the HS line colorants is 3 years from the date
of manufacture in unopened containers.
*Equivalent weight is 400 (solids).
Product Line
Prefix
Description
UCD™
HS Line
The tinting strength of the colorants is controlled to ±2% of the
standard. The color difference is controlled to less than 0.8
CIELAB units with the individual color components (DA, DB, and
DL) controlled to ±0.80 CIELAB units.
HS colorants have a viscosity range that facilitates their use in volumetric dispensing equipment.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
Novoperm Yellow
Bismuth Vanadate
Organic Yellow
Trans.Yellow Oxide
Organic Yellow RS
Yellow Oxide
Trans. Red Oxide
Novoperm Orange
Organic Orange
DPP Orange
Red Oxide
Perylene Maroon
Organic Red
Chromophtal Red
Irgazin Red
Quinacridone Red
Carbazole Violet
Quinacridone Violet
5628 HS
5643HS
5696HS
5721HS
5739HS
5750HS
5891HS
6004HS
6012HS
6173HS
6080HS
6436HS
7949HS
7971HS
8000HS
8030HS
8406HS
8443HS
V 19
V 23
V 19
R 254
R 177
R 170
R 179
R 101
O 73
O 34
O 36
R 101
Y 42
Y 139
Y 42
Y 151
Y 184
Y 139
G7
BI 15:2
BI 15:4
Bk 7
Bk 7
Bk 7
Wh 6
CI
Name
20.00
13.50
22.00
22.50
11.00
30.00
30.00
65.00
27.00
30.00
45.00
35.00
50.00
24.19
30.00
30.00
62.00
47.50
25.00
20.00
20.00
10.00
16.30
20.00
70.00
13.68
8.75
15.01
14.87
7.53
22.29
19.62
25.94
20.20
22.38
32.67
10.05
18.86
15.64
10.27
21.45
23.48
32.93
13.13
13.34
13.03
5.46
9.25
11.55
35.53
40.80
40.00
37.60
43.75
44.50
35.00
35.00
17.50
21.90
33.35
27.50
32.50
25.00
35.70
35.00
33.70
19.00
26.25
37.50
37.69
37.69
45.00
38.24
40.00
15.00
Published: April 2012
% Solvent
% NonVolatiles
38.15
36.06
35.09
42.18
40.00
33.46
34.84
31.86
19.42
31.78
29.12
38.81
34.94
34.55
38.48
32.42
32.85
29.03
37.71
35.07
35.30
40.31
35.60
37.93
27.78
37.37
43.05
38.45
31.82
40.98
33.30
31.76
15.90
50.05
34.60
25.45
29.50
23.10
37.64
33.10
34.35
17.40
24.20
34.05
39.14
39.06
45.00
40.80
39.10
13.60
46.55
52.00
48.05
41.07
49.21
42.62
42.18
39.19
59.42
43.94
36.00
47.51
43.53
47.39
49.09
44.22
40.44
35.74
45.71
48.67
48.91
54.23
50.75
49.74
35.94
1.83
3.45
1.95
1.93
3.52
1.70
3.24
1.60
1.05
2.05
2.05
3.00
1.90
2.47
1.90
1.95
1.60
2.05
3.45
3.17
3.25
0.00
4.66
0.90
1.40
1.53
3.19
1.85
1.88
3.26
1.63
3.36
3.01
0.96
1.90
2.21
3.63
2.67
2.42
2.16
1.91
3.23
2.30
3.45
2.92
2.76
0.00
4.40
0.78
0.75
X Vol. X Wt. X Vol. X Wt. X Vol.
% Resin
X Wt. X Vol. X Wt.
% Pigment
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Phthalo Blue RS
Phthalo Green BS
Phthalo Blue GS
4741HS
5150HS
Jet Carbon Black
1655HS
4830HS
Lampblack
Carbon Black
1524HS
Titanium Dioxide
1106HS
1514HS
Description
Product
Code
8.52
8.23
8.53
8.81
8.22
8.74
9.10
16.62
8.10
8.68
9.68
10.91
12.76
8.73
10.05
8.79
15.80
10.11
9.19
8.50
8.56
8.19
8.51
8.67
16.91
62.63
56.95
61.55
68.18
59.02
66.70
68.24
84.10
49.95
65.40
74.55
70.50
76.90
62.36
66.90
65.65
82.60
75.80
65.95
60.86
60.94
55.00
59.20
60.90
86.40
X Wt.
WPG % NonVolatile
VOC
3.18
3.54
3.28
2.80
3.37
2.91
2.89
2.64
4.05
3.01
2.46
3.22
2.95
4.16
3.33
3.02
2.75
2.45
3.13
3.33
3.34
3.69
3.45
3.39
2.30
E
E
E
E
E
E
E
E
E
G
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
G
G
E
E
E
F
G
E
E
E
E
E
E
E
E
E
E
E
E
E
E
Tint
Pigment
Lightfastness
Lbs/Gal. Mass
UCD™ HS Line Technical Data
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
Acid
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
G
E
E
E
E
E
E
E
E
E
Alkali
Pigment
Resistance
Pigment Dispersions for Silicone-Based Coatings
The UCD™ PS line is a series of 100%-solids colorants for highperformance coatings. Each product in the line consists of a dry
pigment mixed in a low-molecular-weight methoxy-functional
silicone intermediate. PS colorants are designed to be reacted
with other silicones, epoxies, and hydroxyl-functional resins to
produce copolymers with outstanding properties.
Silicone compounds typically provide excellent weatherability,
chalk resistance, and heat resistance. Consequently, the use of
polymers containing PS colorants (and their silicone intermediate) tends to produce highly durable coatings.
The PS line is formulated at maximum pigment loading for use
in volumetric or gravimetric dispensing systems.
Chemistry
The methoxy groups of the silicone millbase resin in the PS
products provide the formulator with several useful options.
These methoxy groups enable the resin to crosslink with other
silicone resins in the presence of heat and a catalyst, generally
an organometallic type. Coatings based on this all-silicone
chemistry are generally employed in high-temperature applications.
As indicated previously, the millbase resin will also crosslink
with epoxies and hydroxyl-functional resins such as polyesters,
acrylics, and alkyds. As with silicone resins, heat and a catalyst
are required to make the PS colorants to react with the hydroxyl-functional resins. With epoxy resins, an organo-silicon curing
agent is generally used to initiate crosslinking. Modification of
these systems with 30% to 50% silicone intermediate (on resin
solids) will generally improve durability.
Compatibility
PS colorants are suitable for use in a wide variety of conventional and high-solids solvent-based coatings. Binders
and solvents compatible with PS colorants include but are
not limited to the
Polymers
Solvents
Acrylic
Alkyd
Epoxy
Polyol
Aromatic Solvents
Ketones
Esters
Chlorinated Solvents
Glycol Ethers
PM Acetate
Storage
Proper handling is essential to maintain good quality. It
is recommended that the colorants be mixed prior to use.
Containers should be tightly sealed when not in use.
Shelf life on the PS line colorants is 3 years from the date
of manufacture in unopened containers.
Product Line
Prefix
Description
UCD™
PS line
The tinting strength of the colorants is controlled to ±2% of the
standard. The color difference is controlled to less than 0.8 CIELAB
units with the individual color com
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
UCD™ PS Line Technical Data
Product
Code
1060PS
Description
Titanium Dioxide
CI
Name
%Pigment
%Resin
X Wt.
X Vol.
X Wt.
X Vol.
Wh 6
50.0
22.7
50.0
77.3
WPG
Pigment
Lightfastness
Pigment
Resistance
Mass
Tint
Acid
Alkali
14.92
E
E
E
E
1625PS
Lampblack
Bk 7
10.3
6.9
89.7
93.1
10.02
E
E
E
E
4820PS
4830PS
5150PS
5643PS
5696PS
5750PS
5762PS
Phthalo Blue (GS)
Phthalo Blue (RS)
Phthalo Green (BS)
Bismuth Vanadate
Organic Yellow (GS)
Yellow Oxide
Organic Yellow (RS)
Bl 15:4
Bl 15:2
G7
Y 184
Y 151
Y 42
Y 83
15.0
14.9
15.0
60.0
22.0
33.0
22.5
10.9
11.7
8.9
21.0
18.1
12.3
18.1
85.0
85.1
85.0
40.0
78.0
67.0
77.5
89.1
88.3
91.1
79.0
81.9
87.7
81.9
10.12
10.01
10.35
18.95
10.13
12.63
10.15
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
G
E
E
5861PS
Burnt Umber
Br 7
25.0
9.7
75.0
90.3
11.62
E
E
E
E
6004PS
Novoperm Orange
O 36
22.0
17.0
78.0
83.0
10.27
E
G
E
E
6012PS
6080PS
6580PS
8030PS
8443PS
Organic Orange
Red Oxide
DPP Red
Quinacridone Red
Quinacridone Violet
O 34
R 101
R 254
V 19
V 19
23.0
37.0
21.0
10.5
11.5
19.8
12.0
16.1
8.3
9.1
77.0
63.0
79.0
89.5
88.5
80.2
88.0
83.9
91.7
90.9
10.05
13.51
10.19
9.89
9.91
E
E
E
E
E
G
E
E
E
E
E
E
E
E
E
E
E
E
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Water-Based Coatings
UCD™ Q colorants are employed in all types of water-based
coating systems.
The products in this series offer a combination of high quality,
efficiency, and compatibility with all types of coating binders.
They are extremely well-suited for use in automotive, marine,
industrial maintenance, retail sales, and high-performance
coatings applications.
UCD Q colorants also provide significant economic advantages.
Because they are compatible with all major classes of waterbased paint chemistries, they allow the coating manufacturer
to reduce his or her supplies of colorants. Some manufacturers have been able to save as much as 80% in inventory and
storage space requirements. Q colorant users have also been
able to reduce production time and increase equipment utilization.
Q line colorants represent a good balance of high performance
and cost-effectiveness in a wide range of applications. Other
desirable attributes of Q colorants are as follows:




Low volatile organic compound (VOC) levels
Not Red Label
Low vehicle-to-pigment ratios for tinting or total pigmentation
Excellent shelf stability
Compatibility
The Q Line colorants should be suitable for use with a
variety of waterborne systems. These include but are not
limited to the following:





Acrylic/PVA emulsions
Water-reducible polyester/epoxies
Water-soluble alkyds
Urethanes
Acrylics
Storage
The Q colorant vehicle is an alkali soluble acrylic polymer. The
acrylic resin is neutralized with dimethyl ethanol amine. Butyl
Cellosolve (Glycol Ether EB) is the co-solvent that is used in this
line.
Proper handling is essential to maintain good quality. It
is recommended that the colorants be mixed prior to use.
Containers should be tightly sealed when not in use. Repacking the colorant into a smaller container should be
considered if the colorant level in the container is less
than 20% of the original amount and will be stored for an
extended period of time.
Only prime pigments are included in this line’s color spectrum;
no extenders are present.
Shelf life on the Q line colorants is generally 3 years from
the date of manufacture in unopened containers.
Chemistry
Product Line
Prefix
Properties
UCD™
Q line
Color strength is maintained within a tolerance of ±3% on a weight
basis by means of a computer-interfaced spectrophotometer.
To provide a high-performance end product, our Q production process
and proprietary methacrylate vehicle were developed to generate colorants that provide maximum pigment wetting without any adverse
effect on film integrity.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
UCD™ Q Line Technical Data
Product
Code
Description
CI
Name
% Pigment
% Resin
X Wt. X Vol. X Wt.
1072Q
Micronized Titanium
Dioxide
% VOC
% Water
WPG
X Vol. X Wt. X Vol. X Wt. X Vol.
Pigment
Pigment
Lightfastness Resistance
Mass
Tint
Acid Alkali
Wh 6
52.5
21.5
6.0
8.9
7.4
13.7
34.1
55.9
13.66
E
E
E
E
1106Q Titanium White
Wh 6
65.0
31.5
6.7
11.7
8.2
17.9
20.1
38.9
16.14
E
E
E
E
1507Q Carbon Black
Bk 7
14.3
8.4
11.6
11.2
13.5
16.1
60.6
64.3
8.84
E
E
E
E
1530Q Jet Carbon Black
Bk 7
12.2
7.2
19.6
18.9
5.6
7.0
62.6
66.9
8.91
E
E
E
E
1625Q Lampblack
Bk 7
14.5
8.7
11.5
11.0
12.7
14.3
61.3
66.0
8.97
E
E
E
E
1635Q Medium Color Black
Bk 7
19.5
11.8
11.9
11.7
12.5
15.4
56.1
61.1
9.09
E
E
E
E
4820Q Phthalo Blue GS
Bl 15:3
20.0
14.4
12.3
11.0
12.5
15.1
55.2
59.5
8.98
E
E
E
E
4830Q Phthalo Blue RS
Bl 15:2
21.0
13.8
11.4
12.0
12.4
18.6
55.2
55.6
8.94
E
E
E
E
5100Q Chrome Oxide Green
G 17
65.0
26.3
7.2
13.2
8.2
19.4
19.6
41.1
17.50
E
E
E
E
5150Q Phthalo Green BS
G7
25.0
13.6
9.7
10.0
11.6
15.0
53.7
61.4
9.53
E
E
E
E
5166Q Phthalo Green YS
G 36
26.5
11.7
11.6
12.5
14.0
18.8
47.9
57.0
9.92
E
E
E
E
5675Q Diarylide Yellow
Y 14
21.0
15.3
10.4
9.9
12.3
14.8
56.3
60.0
8.88
G
F
E
E
5696Q Benzimidazolone Yellow Y 151
30.0
22.4
8.8
8.7
10.8
13.5
50.4
55.4
9.17
E
E
E
G
5729Q Honey Yellow
Y 29
48.5
17.4
11.6
16.7
10.8
19.9
29.1
46.0
13.17
E
E
E
E
5739Q Organic Yellow RS
Y 139
22.7
15.4
19.7
19.6
9.7
12.5
47.9
52.5
9.14
E
E
E
E
5740Q Diarylide Yellow HR
Y 83
15.0
11.1
11.1
10.4
13.3
15.5
60.6
63.0
8.67
G
G
E
E
5750Q Yellow Oxide
Y 42
45.0
16.6
10.9
14.8
14.3
24.0
29.8
44.6
12.47
E
E
E
E
5832Q Raw Umber
Br 7
32.0
11.9
11.9
14.3
9.8
14.2
46.3
59.6
10.73
E
E
E
E
5861Q Burnt Umber
Br 7
35.0
13.0
7.8
9.0
8.1
12.6
49.1
65.4
11.10
E
E
E
E
R 101
35.0
10.4
8.1
10.1
13.6
20.7
43.3
58.8
11.33
E
E
E
E
5940Q DNA Orange
O5
25.2
18.0
12.5
12.0
14.4
17.7
47.9
52.3
9.11
G
F
E
E
6012Q Diarylide Orange
O 34
22.3
17.2
12.1
10.7
12.1
14.6
53.5
57.5
8.96
G
F
E
E
6080Q Red Oxide
R 101
55.5
20.2
9.0
14.2
10.5
21.0
25.0
44.6
14.86
E
E
E
E
6580Q DPP Red
R 254
14.3
9.7
20.4
19.5
17.9
21.1
47.4
49.7
8.73
E
E
E
E
7942Q Toluidine Red
R3
25.0
18.7
9.9
9.7
12.2
14.8
52.9
56.8
8.95
E
F
E
E
7949Q Naphthol Red
R 170
25.0
19.0
16.1
16.5
9.4
11.2
49.5
53.3
8.96
E
G
E
E
7975Q Naphthol Red
R 187
14.0
10.0
11.1
10.4
13.3
15.6
61.6
64.0
8.66
E
G
E
E
8030Q Quinacridone Red
V 19
17.0
11.9
10.7
10.2
12.9
15.3
59.4
62.6
8.78
E
E
E
E
8443Q Quinacridone Violet
V 19
15.0
10.5
11.0
10.3
13.2
15.6
60.8
63.6
8.72
E
E
E
E
5891W Trans. Red Oxide
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Solvent-Free Coatings
UCD™ SF (solvent-free) colorants provide a broad color spectrum in a colorless unsaturated low-molecular-weight polyester resin containing no solvents or reactive monomers. These
products are formulated at maximum pigment loading to minimize the effects of the polyester vehicle on the coating film.
Although the SF colorants are primarily used in curing formulations, the vehicle is also compatible with a variety of noncrosslinking resins, including vinyls, alkyds, nitrocellulose,
acetates, and acrylic lacquers.
The plasticizing effect of the SF resin occurs at levels above
15% of total vehicle solids. Therefore, when considering total
pigmentation with SF colorants, the formulator should evaluate the potential impact of SF resin properties on film integrity very carefully. When crosslinked or covalently reacted, as
in gel coats, the SF vehicle is fully converted to a portion of
the vehicle solids.
The acid end groups provide a reactive group to crosslink the
polyester resin in amine-cured epoxy resins. In addition, secondary hydroxyl groups provide a means to crosslink the resin
with polyisocyanates.
Chemistry
Unsaturation in the linear backbone of the SF vehicle allows
monomeric crosslinking with styrene, methyl methacrylate,
and other unsaturated vinyl monomers. The polyester resin
also has secondary hydroxyl groups. The equivalent weight is
319 (solids).
Storage
Proper handling is essential to maintain good quality. It is
recommended that the colorants be mixed prior to use. Containers should be tightly sealed when not in use.
Shelf life on the SF line colorants is 5 years from the date of
manufacture in unopened containers.
Compatibility
Resins
Air-dry
Nitrocellulose
Acrylics
VT alkyds
Medium and short-oil alkyds
Polyesters
Functional vinyls
Carboxylated vinyls
Oil-modified urethanes
Unmodified urethanes
Solvents
Alcohols
Methanol
Isopropanol
Butanol
Esters
Isobuytl ester
PM Acetate
n-Butyl acetate
Ethers
Glycol Ether EB
Product Line
Prefix
UCD™
SF line
Thermosetting
Alkyd ureas
Alkyd melamines
Polyester melamines
Polyester isocyanates
Acrylic isocyanates
Epoxies polyamides
Hydrocarbons
Toluene
Xylene
VM&P Naphtha
Mineral spirits
Aromatic 100
Ethyl benzene
Ketones
Methyl isobutyl ketone
Cyclohexanone
Methyl ethyl ketone
Properties
The tinting strength of the colorants is controlled to ±2% of
the standard. The color difference is controlled to less than
0.8 CIELAB units with the individual color components (DA, DB,
and DL) controlled to ±0.80 CIELAB units.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
UCD™ SF Line Technical Data
Product
Code
Description
CI
Name
% Pigment
% Resin
X Wt.
X Vol.
X Wt.
X Vol.
WPG
Pigment
Lightfastness
Pigment
Resistance
Mass
Tint
Acid
Alkali
1106SF
Titanium Dioxide
Wh 6
60
28.8
40
71.2
16.15
E
E
E
E
1507SF
Carbon Black
Bk 7
12
7.5
88
92.5
9.53
E
E
E
E
1625SF
Lampblack
Bk 7
11.5
7.4
88.5
92.6
9.49
E
E
E
E
4820SF
Phthalo Blue G
Bl 15:3
14
9.4
86
90.6
9.56
E
E
E
E
4830SF
Phthalo Blue R
Bl 15:2
12
8
88
92
9.48
E
E
E
E
5138SF
Phthalo Green B
G7
16.6
9.2
83.4
90.8
9.88
E
E
E
E
5639SF
Diarylide Yellow
Y 14
15
12.8
85
87.2
9.31
G
F
E
E
5696SF
Organic Yellow
Y 151
20
14.9
80
85.1
9.65
E
E
E
E
5739SF
Organic Yellow RS
Y 139
20
14.4
80
85.6
9.71
E
E
E
E
5752SF
Yellow Oxide
Y 42
47
19.6
53
80.4
13.76
E
E
E
E
5832SF
Raw Umber
Br 7
38
16.8
62
83.2
12.17
E
E
E
E
5861SF
Burnt Umber
Br 7
35
13.7
65
86.3
12.04
E
E
E
E
6004SF
Lightfast Orange
Or 36
23.5
17.9
76.5
82.1
9.73
E
E
E
G
6012SF
Organic Orange
Or 34
23.5
19.2
76.5
80.8
9.58
G
F
E
E
6080SF
Red Oxide
R 101
45
15.3
55
84.7
13.96
E
E
E
E
7945SF
Arylide Red
R 170
15
14.3
85
85.7
9.15
G
F
E
E
7959SF
Quinacridone Red
V 19
15
11.6
85
88.4
9.43
E
E
E
E
8087SF
Quinacridone Violet
V 19
11
8.2
89
91.8
9.36
E
E
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012
Pigment Dispersions for Solvent-Based Coatings
The V Line of colorants has been designed for broad use in
modern coatings. These products have closely controlled color
strength and viscosity to permit reproducible color matches by
volumetric machine dispensers or weight measurement in the
plant.
The colorant vehicle consists of a low-molecular weight acrylic
resin dissolved in propylene glycol monomethyl ether (PM) acetate. This combination provides superior compatibility with twopart urethanes, epoxies, alkyds of all oil lengths, and vinyls.
UCD™ V colorants are thixotropic, which makes them resistant
to separation by settling or syneresis. The PM acetate solvent
assures long package life and freedom from caking and drying
in opened containers or dispensing equipment.
Chemistry
The V colorant vehicle is a nonfunctional methacrylate polymer
with a tightly controlled, low molecular weight. The low molecular weight of the vehicle helps to ensure full development of
pigment strength while providing a rheological profile suited to
automated dispensers.
PM acetate is used as the solvent because it is not toxic and
does not react with crosslinking resins such as isocyanates.
Only prime pigments are included in this line’s color spectrum;
Storage
Proper handling is essential to maintain good quality. It is recommended that the colorants be mixed prior to use. Containers should be tightly sealed when not in use. Repacking the
colorant into a smaller container should be considered if the
colorant level in the container is less than 20% of the original
amount and will be stored for an extended period of time.
Compatibility
Resins
Air-drying
Thermosetting
Nitrocellulose
Acrylics
VT alkyds
Alkyds
Polyesters
Epoxy esters
Vinyls
Modified urethanes
Solvents
Esters
Ketones
Ethers
Reactive diluents
Thermosetting
Alkyd ureas
Alkyd melamines
Acrylic isocyanates
Polyester isocyanates
Two-pack epoxies
Functional vinyls
Hydrocarbons
Aliphatic
Aromatic
Shelf life on the V line colorants is 3 years from the date of
manufacture in unopened containers.
Product Line
Prefix
Description
UCD™
V line
The tinting strength of the colorants is controlled to ±2% of the
standard. The color difference is controlled to less than 0.8 CIELAB
units with the individual color components (DA, DB, and DL) controlled to ±0.80 CIELAB units.
2600 Michigan Ave | P.O. Box 816 | Ashtabula, OH 44005-0816 | P:440.997.5137 | F:440.992.3613 | www.chromaflo.com
UCD™ V Line Technical Data
Product
Code
Description
CI
Name
%Pigment
%Resin
X Wt. X Vol. X Wt.
%Other
WPG
X Vol. X Wt. X Vol.
Pigment
Lightfastness
Pigment
Resistance
Mass
Tint
Acid
Alkali
1072V
Micronized White
Wh 6
40.0
14.0
18.4
22.0
41.6
64.0
11.66
E
E
E
E
1106V
Titanium Dioxide
Wh 6
65.0
30.9
9.7
17.4
25.3
51.7
15.84
E
E
E
E
1507V
1530V
1625V
1635V
1702V
1799V
4775V
Carbon Black
Jet Carbon Black
Lampblack
Medium Color Black
Conductive Carbon Black
Black Iron Oxide
Ultramarine Blue
Bk 7
Bk 7
Bk 7
Bk 7
Bk 7
Bk 11
Bl 29
16.5
7.0
16.4
18.0
3.5
60.0
60.0
9.7
4.0
9.6
10.6
1.9
22.7
37.7
20.0
23.1
20.8
19.7
23.3
12.2
13.2
19.8
21.8
20.6
19.7
21.8
21.4
18.2
63.5
69.9
62.8
62.3
73.2
27.8
26.8
70.5
74.2
69.8
69.7
76.3
55.9
44.1
8.81
8.40
8.81
8.87
8.27
15.59
12.29
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
E
P
E
E
E
E
E
E
G
4800V
Phthalo Blue RS
Bl 15:2
18.5
12.7
19.8
19.5
61.7
67.8
8.77
E
E
E
E
4810V
Milori Iron Blue
Bl 27
25.8
15.9
19.2
20.0
55.0
64.1
9.27
E
F-G
E
F-G
4820V
5100V
5150V
Phthalo Blue GS
Chrome Oxide Green
Phthalo Green BS
Bl 15:3
G 17
G7
17.0
70.0
25.0
10.7
30.5
13.5
25.8
12.1
18.2
25.5
25.5
19.3
57.2
17.9
56.8
63.8
44.0
67.2
8.77
18.51
9.44
E
E
E
E
E
E
E
E
E
E
E
E
5166V
Phthalo Green YS
G 36
26.7
11.7
19.4
21.5
53.9
66.8
9.84
E
E
E
E
5643V
Bismuth Vanadate
Y 184
60.0
22.4
10.8
19.0
29.2
58.6
15.58
E
E
E
E
5675V
Diarylide Yellow
Y 14
18.0
11.6
21.2
18.7
60.8*
69.7*
7.86
G
F
E
E
5696V
Organic Yellow
Y 151
30.0
22.0
17.9
18.2
52.1
59.8
9.02
E
E
E
G
5710V
Benzidine Yellow
Y 17
11.0
7.4
23.3
19.6
65.7*
73.0*
7.60
G
G
E
E
5721V
Transparent Yellow Oxide
Y 42
27.0
8.7
21.8
24.0
51.2
67.3
9.64
E
E
E
E
5739V
Organic Yellow RS
Y 139
21.0
13.9
22.3
22.3
56.7
63.8
8.93
E
E
E
E
5740V
High-Strength Yellow
Y 83
16.0
10.0
18.4
15.8
65.6*
74.2*
7.37
G
G
E
E
5744V
Irgazin Yellow
Y 110
10.0
5.6
22.1
21.1
67.9
73.3
8.56
E
E
E
E
5750V
Yellow Oxide
Y 42
53.5
21.5
12.2
18.3
34.3
60.2
13.57
E
E
E
E
5762V
5832V
Diarylide Yellow RS
Raw Umber
Y 83
Br 7
23.0
40.0
16.1
15.9
19.1
17.6
19.1
22.7
57.9
42.4
64.8
61.4
8.84
11.47
E
E
E
E
E
E
E
E
5861V
Burnt Umber
Br 7
40.0
15.5
18.9
24.6
41.1
59.9
11.65
E
E
E
E
5891V
Transparent Red
R 101
20.0
5.6
31.6
31.8
48.4*
62.6*
8.90
E
E
E
E
5940V
DNA Orange
O5
30.0
19.7
18.8
17.4
51.2*
62.9*
8.37
G
F
E
E
6012V
Organic Orange
O 34
23.0
17.2
16.3
16.0
60.7
66.8
8.74
G
F
E
E
6080V
Red Oxide
R 101
62.0
24.2
11.5
19.8
26.5
56.0
16.27
E
E
E
E
6580V
DPP Red
R 254
40.0
29.6
15.5
16.7
44.5
53.7
9.56
E
E
E
E
7481V
Red
R 48:1
24.0
12.8
22.2
20.5
53.8*
66.7*
8.13
G
F
P
G
7942V
Toluidine Red
R3
24.0
16.0
22.4
21.1
53.6*
62.9*
8.18
E
F
E
E
7945V
Arylide Red
R 170
23.0
17.9
18.8
18.5
58.2
63.6
8.77
G
F
E
E
7949V
Organic Red
R 170
33.0
25.4
17.6
17.9
49.4
56.7
9.05
E
G
E
E
7975V
Fast Red
R 187
15.0
10.6
21.1
20.3
63.9
69.1
8.55
E
G
E
E
8030V
Quinacridone Red
V 19
18.0
12.4
22.8
22.2
59.2
65.4
8.63
E
E
E
E
8062V
BON Red
R 48:2
23.2
16.2
21.8
21.7
55.0
62.1
8.84
G
P
E
P
8406V
Carbazole Violet
V 23
5.1
3.2
32.5
30.6
62.4
66.2
8.35
E
E
E
E
8443V
Quinacridone Violet
V 19
18.5
12.8
19.4
18.9
62.1
68.3
8.66
E
E
E
E
The performance data shown in this table are taken from the pigment suppliers’ literature:
E=Excellent, G=Good, F=Fair, S=Slight, C=Considerable, P=Poor, N=None
Published: April 2012