Latex paint performance is governed by rheology architecture, where small formulation or process changes can trigger defects such as sagging, poor leveling, spatter, or viscosity drift. This advanced training focuses on designing low-shear and high-shear viscosity balance to achieve application control without sacrificing film build, stability, or production robustness. The session explains how associative thickeners (HEUR, HASE) interact with binders, pigments, surfactants, and coalescents to create or destabilize rheology networks. Particular attention is given to KU–ICI relationships, yield value control, and shear-dependent structure breakdown, helping formulators predict application behavior rather than relying on trial-and-error adjustments. Process influences such as dispersion energy, addition sequence, and shear history are analyzed to explain why lab-optimized systems often fail during scale-up. The training also addresses defect-driven formulation strategies, linking rheology design to sag resistance, leveling, brush/roller feel, and storage stability. Designed for experienced coatings formulators and technical leaders, this program provides decision-level strategies to eliminate rheology-related defects, improve manufacturing consistency, and balance performance, cost, and application reliability in modern waterborne latex paints.
By attending this training, you’ll sharpen your formulation edge and position yourself at the forefront of high performing latex paints technologies. You will learn how to:;
1. Tackle Defects at the Source: Practical methods to control sagging, spatter, brush marks, and instability—before they show up in the final paint.
2. Get More from Every Thickener: Techniques to reduce dosage, improve efficiency, and avoid costly trial-and-error in rheology packages.
3. Balance Flow, Leveling & Cost: Learn how to fine-tune rheology for smooth application and durability without overspending on raw materials.
4. Troubleshooting Made Clear: Step-by-step diagnostic tools and case studies you can apply immediately in your own formulations.
5. Boost Hiding & Color Acceptance: Rheology-driven strategies to improve TiO₂ efficiency, opacity, and colorant compatibility for high-performance paints.
This is one of those technical trainings which is highly recommended for coating industry professionals including:
- R&D chemist, formulators, chemical engineers
- OEM, product developers, scientists, technicians, lab managers
- Specialist and professionals from coatings, polymers and related industries
“This training has been reviewed and validated by the OnlyTRAININGS Experts Validation Team. The training content on latex paints — covering rheology modifier selection, shear-thinning vs yield-stress design, leveling vs sag control, and defect mitigation (e.g., pincushioning, fish-eyes) — meets our highest standards for scientific precision, industrial relevance and formulation optimisation.”
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