Wetting & Dispersion Additives
Control the interface between liquid, pigment and substrate. Geocon additive platforms help accelerate wetting, separate agglomerates and stabilize fine particles for stronger colour, smoother flow and dependable formulation stability.
Replace trapped air
The liquid phase rapidly penetrates pigment and filler surfaces, reducing interfacial resistance and shortening incorporation time.
Open agglomerates
Mechanical energy becomes more effective as particle clusters are penetrated and separated into a finer, more uniform distribution.
Prevent re-association
Steric or electrostatic protection keeps particles apart, supporting viscosity stability, colour development and storage performance.
Better control
from grind to
final film.
A correctly selected additive can improve the efficiency of pigment incorporation while supporting visual quality and application behaviour. The best choice depends on pigment chemistry, binder compatibility, polarity, solids and the required balance between stabilization and adhesion.
Select by
particle, carrier
and end use.
Anionic & Nonionic
Wetting Agents
Rapid surface penetration and improved incorporation in aqueous systems.
- Waterborne coatings
- Construction chemicals
- Aqueous pigment concentrates
High-Molecular-Weight
Dispersants
Steric stabilization for organic pigments, carbon black and demanding concentrates.
- High colour strength
- Fine-particle stabilization
- Broad binder compatibility
Controlled-Flocculating
Additives
Designed to manage pigment association where sag, settling and colour separation must be balanced.
- Anti-settling support
- Reduced flooding
- Rheology coordination
Surface-Wetting &
Leveling Additives
Lower dynamic surface tension and improve coverage over difficult substrates.
- Metal and plastics
- Improved flow and leveling
- Fewer craters and dewetting defects
Visualize the
formulation
trade-offs.
Relative dispersion development
Conceptual relationship illustrating the importance of chemistry matching and dosage optimization.
Chemistry fit matrix
| Selection factor | Wetting | Polymeric | Controlled |
|---|---|---|---|
| Fast incorporation | |||
| Organic pigment stability | |||
| Anti-settling support | |||
| Low-viscosity grind | |||
| Colour separation control |
Architectural Paints
TiO₂, extenders and colour-pigment wetting in waterborne systems.
Industrial Finishes
High-gloss, corrosion-resistant and protective coating formulations.
Printing & Digital Inks
Fine pigment stabilization, colour strength and controlled viscosity.
Filled Adhesive Systems
Improved mineral incorporation and consistent application rheology.
Mortars & Cementitious Systems
Wetting of powders, pigments and functional mineral additives.
Resins & Filled Compounds
Uniform distribution of ceramic, mineral and performance fillers.
Define the surface
Identify pigment or filler type, surface treatment, particle size and polarity.
Map the formulation
Record binder, carrier, solids, pH, order of addition and processing energy.
Run a dosage ladder
Compare viscosity, grind, colour strength, gloss and stability across several addition levels.
Confirm compatibility
Check storage, drawdown, adhesion, recoating, water resistance and final appearance.
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