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CLiQSPERSE® 123

1 of 31 products in this brand
CLiQSPERSE® 123 is an efficient non-ionic pigment wetting and dispersing agent for aqueous systems. The labeling-free fatty acid derivative is recommended to wet-out and stabilize organic and carbon black pigments particularly in resin-free pigment concentrates.

Functions: Dispersant, Wetting Agent

End Uses: Waterborne Coating

Solid Content: 94.0 - 94.0 %

Technical Data Sheet
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Identification & Functionality

CASE Ingredients Functions
Technologies

Features & Benefits

CASE Ingredients Features
Product Highlights

CLiQSPERSE 123significantly reduces viscosity of pigment concentrates based on organic and carbon black pigments. The excellent pigment wetting also leads to improved color development and gloss retention in the final system.

CLiQSPERSE123can also be used in the millbase of an emulsion paint to improve color acceptance with various kinds of pigment concentrates.

Product Highlights

CLiQSPERSE 123 significantly reduces viscosity of pigment concentrates based on organic and carbon black pigments. The excellent pigment wetting also leads to improved color development and gloss retention in the final system.

CLiQSPERSE123 can also be used in the millbase of an emulsion paint to improve color acceptance with various kinds of pigment concentrates.

Applications & Uses

Coating Type
Level of Use

CLiQSPERSE 123 is best blended in water prior to pigment dispersion. Depending on the pigment nature a loading level between 2 and 10% is typically recommended for pigment concentrates. For paint formulations a loading level between 0.1-0.5% is recommended. A loading ladder study is recommended to evaluate the optimum loading level for each pigment.

CLiQSPERSE 123 is compatible with most aqueous general industrial and architectural systems based on a variety of binder systems.

Properties

Physical Form
Appearance
Slightly Hazy Liquid
Typical Properties
ValueUnitsTest Method / Conditions
Densityapprox. 1.07g/cm³
Brookfield Viscositymax. 1000 mPa.s
Solids Contentmin.94%