Small particle size silica sol, due to its high specific surface area, uniform nanoscale particle size, abundant surface hydroxyl groups, and excellent thermal stability, is widely used in catalyst supports, specialty coatings, and high-temperature binder
In the production and processing of aluminum alloy products, surface quality directly impacts the product's appearance and subsequent processing.
In modern cosmetics, waterless formulations are becoming a key trend in high-end base makeup and skincare products.
In numerous high-temperature bonding systems, small particle size silica sols are playing an increasingly critical role, extending far beyond the basic understanding of simply being an "inorganic binder" or "silicon source."
In the sophisticated landscape of modern beauty technology, silica powder, acting as an "invisible sculptor of the skin," is quietly redefining the texture boundaries of makeup and skincare.
Small particle silica sols, with their unique nanoscale effects and chemical properties, are a key component in achieving this conflicting balance.