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

Akzonobel L752 Architectural Coating Thickener

AkzoNobel L752 Architectural Coating Thickener is a high-performance associative polyurethane (HEUR) rheology modifier designed for waterborne architectural paints. It delivers excellent sag resistance, spatter control, and brush/roller application properties while maintaining low-shear viscosity and good flow leveling. Compatible with latex systems, it enhances storage stability and freeze-thaw performance without compromising color development or gloss uniformity.
  • akzonobel l752 architectural coating thickener_48879a4c
  • akzonobel l752 architectural coating thickener_48879a4c

Features Of Akzonobel L752 Architectural Coating Thickener

  1. Non-ionic associative thickener delivering excellent rheology control in waterborne architectural coatings.

  2. Provides outstanding sag resistance and brush/roller drag performance without compromising flow and leveling.

  3. Compatible with a broad range of latex polymers, pigments, and common formulation additives.

  4. Enables low-VOC and zero-VOC formulations while maintaining high shear viscosity stability.

  5. Delivers consistent thickening efficiency across varying pH ranges (6.0–10.0) and temperatures.

Typical Applications Of Akzonobel L752 Architectural Coating Thickener

  1. Interior and exterior flat/matte wall paints.

  2. Low-sheen and satin finish architectural coatings.

  3. Textured decorative finishes and elastomeric coatings.

  4. Primer-sealers and dry-fall paints for commercial applications.

  5. Water-based masonry and concrete protective coatings.

Specifications Of Akzonobel L752 Architectural Coating Thickener

Chemical TypeNon-ionic hydrophobically modified ethoxylated urethane (HEUR)
Product FormClear to slightly hazy aqueous solution
AppearanceColorless to pale yellow liquid
Active ContentApprox. 30 wt% in water
pH (1% in water)6.5–8.5
Viscosity (25°C, Brookfield RVT, Spindle #3, 20 rpm)1,500–4,000 mPa·s
Freeze-Thaw StabilityStable after 3 cycles (−18°C × 16 h / 23°C × 8 h)
Primary ApplicationsRheology modifier for waterborne architectural paints and coatings


Get in Touch with ERICW
Let competitive chemical materials go global.

Your Name *

Your Email *

Your Phone

Country

Your Message *