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

Tokuyama REOLOSIL QS-102 Fumed Silica

Tokuyama REOLOSIL QS-102 Fumed Silica is a high-purity, hydrophilic pyrogenic silica designed for thickening, reinforcing, and rheology control in coatings, adhesives, and sealants. With specific surface area ~100 m²/g and low oil absorption, it delivers excellent dispersion stability and thixotropic performance while maintaining low viscosity in formulations.
  • tokuyama reolosil qs 102 fumed silica_1ea78339
  • tokuyama reolosil qs 102 fumed silica_1ea78339

Features Of Tokuyama REOLOSIL QS-102 Fumed Silica

  1. Highly pure, hydrophilic fumed silica with controlled particle size distribution for consistent rheology control.

  2. Excellent thixotropic behavior in liquid systems, enabling stable suspension and anti-sag performance.

  3. Low abrasivity and high dispersibility, supporting smooth processing in sensitive formulations.

  4. Consistent batch-to-batch quality ensured by Tokuyama’s proprietary flame hydrolysis manufacturing process.

  5. Free-flowing powder form with optimized surface treatment for enhanced handling and dust reduction.

Typical Applications Of Tokuyama REOLOSIL QS-102 Fumed Silica

  1. Thickening and anti-settling agent in industrial coatings and architectural paints.

  2. Rheology modifier in silicone elastomers and RTV/HTV silicone compounds.

  3. Reinforcing filler and viscosity stabilizer in adhesives and sealants.

  4. Flow aid and anti-caking additive in pharmaceutical and nutraceutical dry blends.

  5. Viscosity controller in specialty inks, including UV-curable and solvent-based ink systems.

Specifications Of Tokuyama REOLOSIL QS-102 Fumed Silica

Chemical TypeSilicon dioxide (SiO₂), synthetic fumed silica
Product FormFree-flowing white powder
AppearanceWhite, amorphous, odorless powder
BET Surface AreaApprox. 100–115 m²/g
DBP AbsorptionApprox. 180–200 mL/100 g
Residue on Ignition (1000 °C)≥ 99.8 wt%
pH (4% aqueous dispersion)3.7–4.5
Moisture Content (105 °C, 2 h)≤ 2.5 wt%


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

Your Name *

Your Email *

Your Phone

Country

Your Message *