SFJ-MID Micronized Silica: An Economical and Reliable Solution for General Industrial Applications
This product, manufactured with consistent processing quality, is an ideal choice as a filler and reinforcing agent across various industries.
Purchase of Industrial-Grade Silica
SFJ-MID: The Smart Choice for High Performance and Cost Efficiency
The SFJ-MID, or industrial-grade silica, is the backbone of industrial production for those seeking a reliable material with consistent quality and competitive pricing. This micronized silica grade is engineered to provide an optimal balance between desirable physical properties and overall cost, making it suitable for a wide range of general applications.
Processed through our modern SANDVIK and AKW production lines, SFJ-MID guarantees durability, stability, and uniform quality in every batch. It is the ideal choice for manufacturers where exceptional whiteness or ultra-high purity is not the primary concern, but strength, wear resistance, and rheology control are critical.
Technical Specifications and Chemical Analysis
The following table clearly demonstrates why purchasing industrial-grade silica (SFJ-MID) is an economical yet efficient solution for general industrial applications.
Chemical Composition | Percentage (%) | Technical Significance (Why It Matters) |
---|---|---|
SiO₂ (Silica) | 99 | High and reliable purity: ensures consistent and predictable performance in your formulation, guaranteeing the final product’s quality. |
Fe₂O₃ (Iron Oxide) | 0.08 | Controlled iron content: suitable for applications that do not require brilliant whiteness and helps reduce production costs. |
Al₂O₃ (Alumina) | 0.35 | Strength enhancer: improves mechanical properties such as abrasion resistance and hardness in products like tile adhesives and industrial flooring. |
CaO (Calcium Oxide) | 0.35 | Indicates calcium level: can influence pH and reactivity in certain formulations, affecting the efficiency of additives. |
(Total %) Sample | Sample % | (µ) | (mm) | mesh |
---|---|---|---|---|
99.6 | 26.6 | pan | pan | pan |