An overview of dispersion blade design, flow mechanics and best practices for achieving consistent particle dispersion in paint and coatings manufacturing.
Understanding how TiO₂ surface chemistry influences dispersion, stability and formulation behavior helps improve consistency and reduce variability in paint and coatings.
Protective coatings and vapor-phase corrosion inhibitors help extend the life of traffic signals by shielding poles and control cabinets from corrosion.
AI can transform paint formulation, reducing development time, enhancing sustainability and opening new market opportunities with precision and efficiency.
In an attempt to improve the quality and performance of a matt paint without detriment to wet hide, a TiO2/PCC composite pigment with optimally spaced TiO2 can increase the scatter per unit TiO2, as well as the dry opactiy.
By using modern mixing and dispersing technology, and centrally controlled peripheral devices with automated feeding and dosing of powder and liquid components, a Norwegian anti-fouling coatings manufacturer successfully tripled its production capacity at its new site, while keeping its staff levels the same.