Scott Bader

  • Styrene acrylic copolymer emulsion TEXICRYL 13-824 is a styrene- acrylic copolymer emulsion that can be coalesced to form a solvent and plasticiser resistant film. TEXICRYL 13-824 has been developed for the formulation of plasticiser resistant ink. Solids Content % 45 Viscosity at 25°C 190 pH 8.5
  • High clarity, fast drying styrene-acrylic binder with new emulsion.
  • Modified styrene-acrylic emulsion designed for use in high performance anti-corrosive primers.
  • Styrene acrylic copolymer TEXICRYL AD9108 is a styrene acrylic copolymer emulsion designed to offer excellent gloss, clarity, and adhesion suitable for use in metal, wood, and plastic coating applications. Coatings based on Texicryl AD9108 exhibit excellent alkali and detergent resistance. TEXICRYL AD9108 can be utilized in a range of emulsion paint formulations varying in properties from semi-gloss finish to high pigment volume concentration low-cost paints. It provides excellent alkali resistance, block resistance, and fast dry Solids content % 46 ± 1 Viscosity at 25°C 50 - 350 pH 8.5 – 9.5
  • Anionic inverse emulsion thickener. Imparts a long stringy flow to a wide variety of aqueous and non-aqueous compositions and is effective over a wide pH range. Low viscosity liquid which gives instantaneous thickening on direct mixing into the composition. The polymer is already in solution (as the sodium salt) and does not require any other additives to promote thickening e.g. alkali, surfactant etc. APEO free.
  • An inverse emulsion thickener which imparts a short flow to a wide variety of aqueous and non-aqueous compositions and is effective over a wide pH range. Low viscosity liquid which instantaneous thickening effect on direct mixing into a composition. The polymer in is already in solution (as the sodium salt) and requiring no additional additives to promote thickening e.g. alkali, surfactant etc. APEO free.
  • Inverse emulsion thickener designed specifically for pigment printing.
  • Inverse emulsion thickener imparting very short flow to a wide variety of aqueous and non-aqueous compositions and is effective over a broad pH range with nearly instantaneous thickening.

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