Rheology Additives for Waterborne Paints and Coatings
Rheology Additives for Waterborne Paints and Coatings | Stable Flow & Consistent PerformanceHigh-efficiency rheology additives for waterborne paints and coatings. Improve viscosity control, sag resistance, and formulation stability across aqueous systems.
Waterborne paints and coatings demand precise rheology control to balance storage stability, application behavior, and final appearance. Without the right rheological structure, common issues such as settling, sagging, poor leveling, or viscosity drift can quickly appear.
Our rheology additives are developed specifically for aqueous coating systems, helping formulators build stable internal structure without over-thickening. They enhance low-shear stability while allowing smooth flow under application shear, supporting both manual and automated processes.
For manufacturers, this means fewer formulation adjustments, more predictable batch performance, and coatings that behave consistently from production to application. These additives are suitable for architectural and industrial waterborne coatings where long-term reliability is critical.
UPS – Rheology Additives for Waterborne Paints and Coatings
Designed specifically for waterborne coating systems
Improves viscosity stability and flow control
Enhances sag resistance and anti-settling performance
Supports consistent batch-to-batch production
Compatible with architectural and industrial coatings
FAQ – Rheology Additives for Waterborne Paints and Coatings
What role do rheology additives play in waterborne paints?
They control flow behavior, stability, and application performance in aqueous systems.
Are these additives suitable for both interior and exterior coatings?
Yes, they are designed for a wide range of waterborne paint applications.
Do they affect gloss or appearance?
When properly formulated, they help improve uniformity without harming appearance.
Can they reduce settling during storage?
Yes, improved low-shear stability helps keep pigments and fillers suspended.
Are they compatible with automated coating lines?
Yes, they perform reliably under industrial shear conditions.
Do they require major formulation changes?
In most cases, they can be incorporated with minimal reformulation.