Nanometer silica slurry for refractory materials provides optimized thermal stability, superior dispersion uniformity, and enhanced structural integrity. Designed for advanced applications, it ensures efficient heat resistance, extended durability, and high-performance adaptability.
Nanometer Silica Slurry for Refractory Materials
Element: Silicon (Si)
Purity: SiO₂ content ±30%
Form: Liquid
Specifications: Particle size range 8-15 nanometers, pH value 9.5-11.0, viscosity ≤10 mPas, sodium content ≤0.02%
Packaging: Bulk packaging in 25kg drums, sample packaging in 1kg bottles.
Product Overview
Nanometer silica slurry for refractory materials is a high-purity liquid nano silica suspension, specifically designed to enhance the performance of refractory materials. Its small particle size and stable suspension allow for uniform distribution within refractory materials, thereby improving their high-temperature resistance and strength.
Key Features
- Efficient Dispersion:The 8-15 nanometer particle size ensures excellent dispersibility.
- Strong Stability:In liquid form, it is easy to mix with other raw materials, enhancing the stability of the formulation.
- Low Sodium Content:The low sodium content ensures no adverse effects on the performance of refractory materials.
- Excellent High-Temperature Resistance:Significantly improves the stability and strength of refractory materials under high-temperature conditions.
Applications
- Refractory Materials:Used in the production of various high-temperature refractory materials to enhance their thermal stability and strength.
- Metallurgical and Ceramic Industries:Applied in metallurgical furnace linings, ceramics, and other fields to enhance heat resistance.
- Building Materials:Used as an additive to improve the performance of refractory materials used in construction.
- Casting Industry:Enhances the fire resistance of casting molds, improving their lifespan.
Model | S10WJ |
SiO₂ Content | ±30% |
Primary Particle Size | 8-15nm |
pH Value | 9.5-11.0 |
Viscosity | ≤10mpas |
Sodium | ≤0.02% |