Articles Tagged with ''Viscosity Control''

A closer look at automated vs. manual fineness testing reveals potential benefits in precision and repeatability.

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

ATO-based antistatic coatings outperform PEDOT and fluorinated additives, offering PFAS-free protection and superior stability, especially in PSAs for LCD polarizers to prevent static discharge.

Advanced viscosity testing equipment delivers precise measurements with small sample sizes and temperature control for coating applications.

Recently, considerable development work has been conducted to demonstrate the enhanced performance and improved economics associated with new and novel white pigment offerings. This article highlights a new white pigment that is showing great promise at reducing the amount of titanium dioxide needed to formulate cool roof coatings while enhancing performance, processability, and affordability. 

A specialty chemicals and minerals supplier offers a case study to compare its novel architectural colorants to industry-standard colorants. Utilizing tests such as viscosity drop, blocking resistance, open time, and base compatibility, these colorants deliver superior performance, an extended shelf life, and offer global compliance, while showcasing their low-VOC and high-pigment-loading capabilities.

Increased regulatory pressure around the use of fluorosurfactants has led to a search for alternative surfactants that still provide good wetting and leveling attributes.

Ribbon polysilicates are inorganic rheological additives that can provide a strong shear-thinning flow profile and thixotropic properties. This article explores their use as an alternative to standard clay-based additives in waterborne coatings.