DSX 3075
Polyurethane
Cognis
流变调整器/增稠 >> 联合 >> 疏水乙氧聚胺脂 (HEUR)
Rheology Modifier/ Thickener >> Associative >> Hydrophobically modified ethoxylate urethane (HEUR)
丙烯酸/丙烯酸盐树脂
Acrylic/Acrylate Resins
DSX 3075 is a new solvent-free, patented
non-urethane based associative rheology modifier
for acrylic and styrenated-acrylic resin systems. DSX
3075 is very efficient in building high-shear (ICI)
viscosity. DSX 3075 is generally 25-35% more
efficient than commercially available high shear
associative rheology modifiers. It can be used either
alone or in combination with other DSX associative
rheology modifiers to develop the desired coating
rheology
DSX 3075 has a very good balance between flow
and leveling and sag resistance. It is very cost
effective due to its efficiency while still providing
enough high shear viscosity. The rheology profile
DSX 3075 provides is a KU development in the
90-100 range and a high-shear viscosity (ICI) in the
1.6 – 2.2 Poise range.
DSX 3075’s advantages are:
High efficiency in developing high shear viscosity (ICI)
Excellent balance between flow and leveling and sag resistance
Develops good gloss
Very easy to incorporate
Easy to handle and pump
For semi-gloss paint formulas, use 25 - 35 pounds of
DSX 3075 per 100 gallons to achieve a 1.6 – 2.2
Poise viscosity. For the letdown portion, it is
recommended that DSX 3075 be added before the
latex addition. If it is after the latex, DSX 3075
should be added under good agitation. DSX 3075
can be used to make post-batch adjustments. For
adjustments, it is recommended that DSX 3075 be
added slowly and under very good agitation.
Solvent-free, non-urethane based associative rheology modifier. Used for acrylic and styrenated-acrylic resin systems such as semi-gloss paint. Offers very good efficiency in building high-shear (ICI) viscosity. Can be used alone or in combination with other associative rheology modifiers. Provides very good balance between flow and leveling and sag resistance, good gloss development and easy incorporation. <br>
Use level: 25-35 pounds per 100 gallons.