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

​Allnex SETAQUA ECO 9000 Acrylic Resin

Allnex SETAQUA ECO 9000 from Allnex's SETAQUA series waterborne acrylic emulsion range is a waterborne acrylic emulsion developed for high-quality, high-gloss interior and exterior emulsion paints. Its core advantage lies in excellent dirt pick-up resistance (DPUR) performance, coupled with the feature of reducing formulation costs. APEO, benzyl alcohol and formaldehyde-free, low/zero VOC and environmentally friendly

Features Of Allnex SETAQUA ECO 9000 Acrylic Resin

  1. Cost-effective formulation - Reduces formulation costs, high pigment loading, improving cost performance.

  2. Friendly construction experience - Odorless, low-flammable, reducing surface treatment and simplifying construction process.

  3. Superior decorative protection - Stain-resistant, fluorescence-resistant, adjustable gloss, excellent chemical resistance and water resistance.

  4. Ultimate green compliance - Zero addition of various harmful substances, low/zero VOC, meeting strict environmental standards.

Typical Applications Of Allnex SETAQUA ECO 9000 Acrylic Resin

  1. High-end interior emulsion paints: High-gloss decorative coatings for interior walls of residences and hotels, balancing aesthetics and environmental protection.

  2. Weather-resistant exterior emulsion paints: Protective coatings for exteriors of commercial buildings, adapting to complex outdoor environments.

  3. Concrete decorative coatings: Decorative coatings for internal and external walls of concrete substrates, exerting excellent stain resistance.

  4. Roof-specific coatings: Decorative and protective coatings for roofs, adapting to various gloss requirements.

Specifications Of Allnex SETAQUA ECO 9000 Acrylic Resin

Resin TypeWaterborne acrylic emulsion
AppearanceWhite opaque liquid
Solid Content49.0 - 51.0 % (by weight)
Viscosity (23℃, 100 1/s)10 - 300 mPa·s
pH Value (10%)7.6 - 8.8
Minimum Film Formation Temperature (MFFT)≈ 30 ℃
Density (20℃)≈ 1.03 g/cm³


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