Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Dow Acumer 2000 Dispersant

Dow Acumer 2000 Dispersant is a high-performance acrylic polymer dispersant from Dow’s Acumer series, designed to stabilize inorganic pigments and fillers in aqueous systems. It prevents agglomeration, enhances color strength, improves grind efficiency, and delivers excellent colloidal stability across varied pH and hardness conditions—ideal for architectural coatings, industrial paints, and ink formulations.
  • dow acumer 2000 dispersant_f90df147
  • dow acumer 2000 dispersant_f90df147

Features Of Dow Acumer 2000 Dispersant

  1. High-performance polyacrylate-based dispersant offering exceptional colloidal stability in aqueous systems.

  2. Effective at low dosage levels, reducing formulation costs and minimizing impact on system viscosity.

  3. Excellent compatibility with a broad range of inorganic pigments, fillers, and functional additives.

  4. Provides long-term storage stability and resistance to settling or hard packing in concentrated dispersions.

  5. pH-stable across the range of 4–10, supporting robust performance in diverse industrial formulations.

Typical Applications Of Dow Acumer 2000 Dispersant

  1. Architectural and industrial waterborne coatings.

  2. Construction chemicals including cementitious grouts and tile adhesives.

  3. Inkjet ink formulations requiring high-resolution pigment dispersion.

  4. Agrochemical suspension concentrates (SC) and flowable concentrates (FS).

  5. Ceramic tile body and glaze slurries for spray-drying and casting processes.

Specifications Of Dow Acumer 2000 Dispersant

Chemical TypeLow-molecular-weight sodium polyacrylate
Product FormAqueous solution (~40% active)
AppearanceClear to slightly hazy, colorless to pale yellow liquid
pH (10% aqueous solution)8.5–9.5
Density (25°C)1.12–1.16 g/cm³
Viscosity (25°C, Brookfield LVT, Spindle #1, 60 rpm)50–200 cP
Primary ApplicationsPigment & filler dispersion in water-based systems
Key FeaturesElectrostatic stabilization, low foaming, non-ionic character


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