Non-Polymeric Rheology Modifiers for Container Coatings

Non-Polymeric Rheology Modifiers for Container Coatings | Robust Performance Without Sensitivity

Non-polymeric rheology modifiers for container coatings offering stable viscosity, sag resistance, and reduced formulation sensitivity.

Polymer-based rheology modifiers can be sensitive to formulation variables such as surfactants, pH, and temperature. In container coatings, this sensitivity often leads to inconsistent performance.

Non-polymeric rheology modifiers based on mineral technology provide a more robust alternative. By forming a physical network in water, they deliver consistent rheology control, strong thixotropy, and reliable recovery after shear.

For container coating manufacturers, non-polymeric solutions reduce formulation risk and support stable production under demanding conditions.

UPS – Non-Polymeric Rheology Modifiers for Container Coatings

Polymer-free rheology control

Reduced sensitivity to formulation variables

Strong thixotropy and anti-sag behavior

Stable viscosity over storage and application

Designed for industrial container coatings

FAQ – Non-Polymeric Rheology Modifiers for Container Coatings

Why choose non-polymeric rheology modifiers?
They offer more predictable performance in harsh conditions.

Do they improve production stability?
Yes, reduced sensitivity leads to fewer adjustments.

Are they suitable for waterborne container paints?
Yes, they are designed for aqueous systems.

Do they affect spray application?
They allow smooth flow under shear.

Can they help prevent settling?
Yes, strong structure supports suspension stability.

Are they suitable for large-scale manufacturing?
Yes, they are designed for industrial production.