BY-O-COAT RC 300S

$0.00

BY-O-COAT RC 300S is a bio-based hydrophilic precipitated silica derived from rice husks, featuring a low BET surface area and small particle size. It is designed to provide rheology control and anti-settling properties, ensuring uniform, stable formulations with improved processing performance.

Key Features:

  • Bio-based and sustainable, sourced from rice husks

  • Hydrophilic precipitated silica with low BET surface area and small particle size

  • Provides rheology modification and anti-settling in liquid and semi-solid systems

  • Ensures stable dispersion and consistent formulation performance

  • Suitable for coatings, inks, adhesives, polymers, and composites

Typical Applications:

  • Industrial and specialty coatings requiring uniform flow and stability

  • Adhesives and sealants needing improved rheology and suspension

  • Polymer and rubber formulations for consistent dispersion

  • Paints, inks, and protective coatings

  • Composites and materials requiring stable rheology control

BY-O-COAT RC 300S is a bio-based hydrophilic precipitated silica derived from rice husks, featuring a low BET surface area and small particle size. It is designed to provide rheology control and anti-settling properties, ensuring uniform, stable formulations with improved processing performance.

Key Features:

  • Bio-based and sustainable, sourced from rice husks

  • Hydrophilic precipitated silica with low BET surface area and small particle size

  • Provides rheology modification and anti-settling in liquid and semi-solid systems

  • Ensures stable dispersion and consistent formulation performance

  • Suitable for coatings, inks, adhesives, polymers, and composites

Typical Applications:

  • Industrial and specialty coatings requiring uniform flow and stability

  • Adhesives and sealants needing improved rheology and suspension

  • Polymer and rubber formulations for consistent dispersion

  • Paints, inks, and protective coatings

  • Composites and materials requiring stable rheology control