DISPARLON® Dispersants 101

Описание: Advances in micronization technology have increased the use of nano‑sized functional pigments, making effective dispersion technology more critical than ever. This video explains how different dispersant structures influence pigment stability and performance across various coating systems.

The content covers:
✔ The hydrophilic–hydrophobic balance in dispersant design
✔ How adsorption and detachment behavior impacts dispersion stability
✔ Differences between low and high molecular weight dispersants
✔ Structural types including straight chain, loop, and comb configurations
✔ Common adsorption groups such as carboxylic acid, sulfonic acid, and phosphoric acid
✔ How low molecular weight dispersants help reduce hard caking in heavy metal oxides
✔ Advantages of high molecular weight dispersants for high pigment loading
✔ Recommended dispersant types for metal oxides vs. organic pigments

Selecting the right dispersant depends on pigment surface properties and compatibility with the solvent or resin system. For formulation support or to speak with a dispersant specialist, visit: https://www.kingindustries.com/techno...

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