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

Dow BACote SF-105 Building Coating Emulsion

Dow BACote SF-105 Building Coating Emulsion is a high-performance acrylic copolymer emulsion from Dow’s BACote® series, engineered for durable, weather-resistant architectural coatings. It delivers excellent alkali resistance, scrub resistance, and film formation at low VOC levels—ideal for interior/exterior wall paints and renders requiring long-term color retention and adhesion on diverse substrates.
  • dow bacote sf 105 building coating emulsion_51daec98
  • dow bacote sf 105 building coating emulsion_51daec98

Features Of Dow BACote SF-105 Building Coating Emulsion

  1. High-performance acrylic copolymer emulsion engineered for durable exterior and interior architectural coatings.

  2. Excellent alkali resistance, enabling stable performance in cementitious and lime-based substrates.

  3. Superior scrub resistance and film integrity after freeze-thaw cycling and long-term weathering.

  4. Low VOC formulation compliant with major global regulatory standards for architectural coatings.

  5. Optimized rheology for easy incorporation into waterborne paint formulations without excessive thickener demand.

Typical Applications Of Dow BACote SF-105 Building Coating Emulsion

  1. Exterior masonry paints for concrete, stucco, and rendered façades.

  2. Interior wall coatings requiring washability and stain resistance.

  3. Decorative textured coatings and elastomeric finish systems.

  4. Low-VOC premium-grade architectural paints for residential and commercial buildings.

  5. Base formulations for color-tinted facade systems and protective topcoats.

Specifications Of Dow BACote SF-105 Building Coating Emulsion

Chemical TypeAcrylic copolymer emulsion
Product FormWhite to off-white liquid
AppearanceHomogeneous, slightly viscous milky dispersion
Primary ApplicationsArchitectural wall coatings (interior & exterior)
Key FeaturesAlkali resistance, film toughness, low VOC
BenefitsEnhanced durability, substrate compatibility, formulation flexibility
pH (as received)7.5–8.5
Solids Content (wt%)48.0 ± 1.0


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