BYK Dispersing Additives

Combining wetting and dispersion to achieve uniform and stable pigment dispersion
BYK Distributors in Mainland China
Wetting & Dispersing Additives

BYK's wetting and dispersing additives ensure fine, homogeneous distribution of solid particles in liquids and long‑term system stability. They stabilize pigments (inorganic, organic, effect) and fillers in water or any organic solvent — regardless of polarity.

Wetting agents are surface‑active and improve solid wetting. Dispersing agents prevent flocculation through electrostatic or steric effects. Wetting and dispersing additives combine both mechanisms in one product: they wet and stabilize.

Main Functions
Promotes particle wetting and disperses agglomerates into primary particles
Stabilizes primary particles against re-agglomeration
Optimizes the dispersion process and improves efficiency
Reduces slurry viscosity, increases solid content and stability
What We Deliver
  • BYK-LP C 22134
    Field of Use: Separator Coating (for batteries)
    Solvent: Water
    Solid Content: 45%
    Appearance: Off-white emulsion
    Application: Recommended for the dispersion of inorganic materials such as alumina and boehmite in water-based systems.
  • BYK-LP C 22136
    Field of Use: Separator Coating (for batteries)
    Solvent: Water
    Solid Content: 40%
    Appearance: Slightly yellow, transparent emulsion
    Application: Recommended for the dispersion of polymers such as PVDF and PMMA in water-based systems.
  • BYK-LP X 20990
    Field of Use: Water-based separator coating; water-based primer coating for foil
    Solvent: Water
    Solid Content: 100%
    Appearance: Slightly yellowish-brown transparent liquid
    Application: Recommended for reducing the surface tension of water-based slurries in coating processes.
  • BYK-LP N 25432
    Field of Use: Lithium battery cathode slurry; solvent-based separator coating
    Solvent: NMP
    Solid Content: 100%
    Appearance: Pale yellow transparent liquid
    Application: Recommended for the dispersion of inorganic compounds in oil-based systems.
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