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

Ashland Aquaflow NHS-360 Nonionic Associative Thickener

Ashland Aquaflow NHS-360 is a nonionic associative thickener designed for waterborne coatings and inks. It delivers excellent rheology control, sag resistance, and spatter reduction without compromising gloss or leveling. Compatible with low-VOC formulations, it offers robust shear-thinning behavior and storage stability across varied pH and electrolyte conditions.
  • ashland aquaflow nhs 360 nonionic associative thickener_166de9b3
  • ashland aquaflow nhs 360 nonionic associative thickener_166de9b3

Features Of Ashland Aquaflow NHS-360 Nonionic Associative Thickener

  1. Delivers excellent rheology control and high-shear viscosity stability in water-based formulations.

  2. Provides outstanding sag resistance and anti-drip performance in architectural coatings.

  3. Offers low foaming characteristics, enabling compatibility with standard defoamers and processing conditions.

  4. Delivers robust freeze-thaw stability and long-term storage performance in latex-based systems.

  5. Enables efficient thickening at low dosage levels, improving cost-effectiveness and formulation flexibility.

Typical Applications Of Ashland Aquaflow NHS-360 Nonionic Associative Thickener

  1. Interior and exterior architectural paints and primers.

  2. Textured decorative coatings and stucco finishes.

  3. Water-based wood stains and clear finishes.

  4. Industrial maintenance coatings for metal and masonry substrates.

  5. Tile grouts and cementitious repair mortars.

Specifications Of Ashland Aquaflow NHS-360 Nonionic Associative Thickener

Chemical TypeNonionic associative polyurethane (HEUR)
Product FormAqueous dispersion
AppearanceOpaque white to off-white liquid
pH (1% aqueous solution)7.0 – 9.0
Active Content (wt%)30.0 ± 1.0%
Viscosity (Brookfield RVT, spindle #3, 20 rpm, 25°C)500 – 2,500 cP
Primary ApplicationsArchitectural coatings, industrial coatings, construction mortars
Key FeaturesRheology modification, sag resistance, shear-thinning behavior


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