NAME SOLIDS pH VISCOSITY Tg ATTRIBUTES View
25-50E
49-51%
6.0-7.0
250-2,000 cps
43
Converts into low cost solution polymer for pigment grinding and high gloss flexo and gravure inks.
TDS/SDS
25-30
29-31%
8.0-9.0
2,000-4,000 cps
43
Ammonia cut version of 25-50E. Solution polymer with good adhesion to non- porous surfaces
TDS/SDS
CS-58
44-46%
8.0-9.0
200-500 cps
12
Binder for house paints and binder for pigment dispersio
TDS/SDS
M-30
29-31%
7.0-8.0
1,000-2,000 cps
43
DMEA cut version of 25-50E. Suitable for metallic & florescent inks.
 TDS/SDS
M-49
48-50%
8.0-9.0
200-500 cps
22
Metallic ink or paint vehicle, exceptional stability and brilliance with metallic pigments.  Also, has good water resistance
 TDS/SDS
G-35
29-31%
8.0-9.0
200-400 cps
48
Solution polymer with acid number of 200. Suitable as grinding vehicle and high gloss inks & varnishes.
 TDS/SDS
S-30
42-44%
8.0-9.0
500-1500 cps
-20
Emulsion with low Tg for adhesion to plastic films.
Suitable for flexo or gravure
 TDS/SDS
S-50
42-44%
8.0-9.0
500-1500 cps
0
Emulsion polymer with good adhesion to non­porous surfaces.
 TDS/SDS
S-75
43-45%
8.0-9.0
500-1500 cps
25
Film forming emulsion polymer suitable for inks & coatings on
paper and board
 TDS/SDS
S-100
43-45%
8.0-9.0
500-1500 cps
50
Non-film form emulsion polymer for glossy flexo and gravure inks
 TDS/SDS
SX-30
40-42%
8.0-9.0
500-1500 cps
-20
Self cross-linking emulsion for flexo or gravure printed films
 TDS/SDS
SX-50
40-42%
8.0-9.0
500-1500 cps
0
Self cross-linking emulsion with good adhesion to non-porous surfaces
 TDS/SDS
SX-75
41-43%
7.5-8.5
500-1500 cps
25
Self cross-linking emulsion with good gloss for flexo and gravure printing
 TDS/SDS
SX-100
41-43%
8.0-9.0
500-1500 cps
50
Self cross-linking emulsion, non-film forming for glossy flexo and gravure inks.
 TDS/SDS
SF-42
41-43%
7.5-8.5
100 cps Max
5
Compatible with water reducible alkyds
TDS/SDS
(new)
44-46%
7.5-8.5
100 cps max
 45
Unique acrylic polymer that results in a high density cross linked polymer upon drying at room temperature. Many Coatings can be derived from this polymer where solvent resistance is required.
TDS/SDS