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

Münzing Edaplan 516 Dispersant

Münzing Edaplan 516 is a high-performance polymeric dispersant from the Edaplan series, designed for aqueous pigment systems. It ensures excellent color development, stability, and reduced viscosity in architectural coatings, industrial paints, and ink formulations. Its steric stabilization mechanism enhances gloss, transparency, and grinding efficiency while minimizing flocculation and settling.
  • m nzing edaplan 516 dispersant_9b5452bf
  • m nzing edaplan 516 dispersant_9b5452bf

Features Of Münzing Edaplan 516 Dispersant

  1. High-efficiency wetting and stabilization of inorganic pigments and fillers in aqueous systems.

  2. Low-foaming formulation suitable for high-shear dispersion processes and automated production lines.

  3. Excellent compatibility with a broad range of waterborne resins, including acrylics, vinyl acetate copolymers, and PUDs.

  4. Reduces viscosity effectively while maintaining long-term colloidal stability and minimizing sedimentation.

  5. Non-ionic architecture ensures low sensitivity to electrolytes and pH variations across typical coating operating ranges.

Typical Applications Of Münzing Edaplan 516 Dispersant

  1. Architectural interior and exterior wall paints.

  2. Industrial maintenance coatings for metal and concrete substrates.

  3. Waterborne wood coatings and stains.

  4. Functional coatings such as fire-retardant and anti-corrosive primers.

  5. Mineral-based plasters and decorative render systems.

Specifications Of Münzing Edaplan 516 Dispersant

Chemical TypeNon-ionic polymeric dispersant
Product FormPale yellow to amber liquid
AppearanceClear to slightly hazy, homogeneous liquid
Primary ApplicationsAqueous pigment and filler dispersion in architectural and industrial coatings
Key FeaturesWetting, deagglomeration, steric stabilization
BenefitsImproved color strength, gloss retention, and storage stability
pH (1% aqueous solution)6.0 – 8.0
Specific Gravity (20 °C)1.02 – 1.06 g/cm³


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