Formulating with Mike

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This article applies Hansen solubility parameters and relative energy difference to guide dispersant selection, comparing surfactants for carbon black performance.

Experimental data and simulation insights show how physicochemical parameters can guide additive selection for dispersants in coatings formulations.

This follow-up explores the experimental methods behind using simulation tools and physicochemical data to evaluate pigment dispersants.

Theory-based methods help guide pigment dispersant selection using adsorption isotherms, surface energy, and solubility parameters.

This article offers formulation strategies to enhance durability, minimize moisture issues and maintain self-leveling properties in MDI-based urethane coatings.

This article explores how polyol selection and reactivity influence formulation strategies for high-performance, self-leveling urethane coatings.

An introduction to isocyanates in coatings, covering types, properties, reactivity and key formulation considerations for self-leveling urethane systems.

Self-leveling coatings offer high-build, durable solutions for concrete floors, addressing issues like uneven surfaces, water pooling and abrasion resistance.

Concrete coatings utilize advanced resin systems like 1K acrylics and 2K epoxies, designed for optimal performance and durability in various applications.

Concrete coatings require specific properties and testing methods to ensure durability and performance across various applications and environmental conditions.