Particle Size of Low Sodium Type Colloidal Stability

The particle size of Low Sodium Type Colloidal Silica generally falls within the nanometer range. While specific particle size specifications can vary depending on the manufacturer, the typical particle size range for colloidal silica— including the Low Sodium Type— can be approximately 5 to 150 nanometers in diameter.

Low Sodium Type Colloidal Silica is designed to offer a controlled and uniform particle size distribution within this nanometer range. Its particle size is a crucial factor influencing its performance in various applications, especially those requiring fine, stable, and well-dispersed particles.

The controlled and consistent particle size of this colloidal silica variant contributes to its:

Improved Stability: Smaller and uniform particle sizes promote better colloidal stability, preventing agglomeration, settling, or phase separation in the solution or formulation.

Surface Area: The nanometer-scale particle size results in a relatively high surface area, which can be advantageous in enhancing reactivity and interaction with other materials in a variety of applications, such as coatings, catalyst supports, or functional material formulations.

Improved Control over Viscosity and Rheology: The fine particle size distribution influences the rheological properties of the colloidal silica, affecting the viscosity and flow characteristics in different formulations.

For applications that require precise control over particle size and a low sodium content, Low Sodium Type Colloidal Silica is particularly suitable. Its controlled particle size distribution and reduced sodium content make it valuable in various industries such as coatings, adhesives, catalyst supports, and more, where these specific properties are essential to achieve desired outcomes.