(July 29, 2026)Consumption in beauty and personal care sectors keeps upgrading, creating a window for domestic substitution of cosmetic-grade high-purity modified fumed silica. Nowadays, consumers pay increasing attention to the skin feel, makeup lasting effect and raw material safety of skin care products and color cosmetics. The market scale of matte foundation, waterproof sunscreen, creams, gels and powder cosmetics expands steadily. Dedicated cosmetic silica delivers core functions including oil control and matte finish, thickening and thixotropy, anti-settling and improved spreadability, gradually forming an independent high-value-added segmented track and serving as a vital growth driver for the silica industry outside rubber applications.
For a long time, high-purity hydrophobic fumed silica adopted in high-end beauty formulas has long been dominated by overseas chemical enterprises. Ordinary industrial-grade silica contains relatively high heavy metal impurities and suffers poor dispersibility. It fails to meet specifications for cosmetic raw materials and easily causes powder agglomeration, rough skin feel and system delamination. Finely surface-modified nano silicon dioxide for cosmetics imposes strict control over heavy metals and soluble ions and boasts excellent biocompatibility. Hydrophilic grades are suitable for water-based skin care gels and emulsion systems, while hydrophobically modified products are widely used in ointments, W/O sunscreens and matte cosmetics. They can absorb excess oil, create velvety matte texture, enhance water and sweat resistance, effectively slow down pigment settling and extend makeup wear time.
In the second half of 2026, the peak season for the beauty industry arrives. Domestic local color cosmetic and efficacy skin care brands continue capacity expansion, while export orders for beauty products rebound steadily. Regulations governing cosmetic raw materials at home and abroad become increasingly stringent, with continuously upgraded standards for raw material traceability, heavy metal limits and safety testing. Many leading domestic silica enterprises build dedicated production lines for cosmetic grades, set up independent clean production units, optimize high-temperature combustion synthesis and precise surface modification processes, and develop high-purity product series compliant with domestic cosmetic regulations and EU CosIng standards. Some manufacturers carry out joint formula testing with beauty raw material suppliers to customize powder solutions for foundations, sunscreens, lipsticks, loose powder and other categories.
Different beauty categories impose differentiated indicator requirements on silica. Sunscreen products prioritize powder dispersibility and ultraviolet scattering capacity with strict moisture content control; matte base makeup products require proper oil absorption value to balance soft-focus effect and prevent skin dryness; lipstick and nail polish systems demand high-temperature resistance and inhibition of pigment settlement; skin care gels focus on thixotropy to guarantee smooth spreading without balling-up. General industrial grades feature loose specifications and cannot satisfy strict requirements of beauty formulations, pushing enterprises to realize refined product classification and build a cosmetic-grade product portfolio covering multiple hydrophilic and hydrophobic specifications. Beauty enterprises implement strict access procedures for raw materials, and the evaluation cycle for new samples remains lengthy, lifting dual thresholds of technology and qualifications for this track.
Considerable profit potential coexists with persistent industrialization challenges. Cosmetic-grade silica requires extremely high cleanliness of production environments and whole-process impurity control, demanding heavy investment in production line renovation. Established overseas raw material brands have deep roots in the beauty industrial chain with stable long-term clients. Small and medium-sized powder manufacturers lacking compliance certifications and application R&D capabilities struggle to access formal beauty supply chains. Meanwhile, circulation of a small volume of non-standard powder with substandard impurity control disrupts the market competition order.
Market differentiation becomes increasingly prominent. Leading enterprises equipped with complete compliance certificates, clean production lines and formula technical support achieve sustained order growth. Manufacturers merely supplying general powder without special cosmetic certifications are blocked from entering the high-end track. Procurement of beauty raw materials keeps concentrating on large-scale and standardized upstream suppliers.
Industrial research institutes forecast that the market of efficacy skin care and high-end color cosmetics will maintain steady growth in the next three years, and demand for functional silica dedicated to cosmetics will keep rising. Compared with tire and general coating tracks, cosmetic-grade silica delivers higher added value and less intense price competition, making it an optimal sector for enterprises to optimize product structures and boost profitability.
In the long run, developing cosmetic-grade high-purity modified silica helps domestic silicon-based powder enterprises expand downstream application boundaries and continuously advance import substitution of high-end fumed silica. Domestic manufacturers shall further optimize purification and surface modification technologies, complete compliance certifications related to cosmetic raw materials at home and abroad, and strengthen collaborative R&D with beauty raw material partners. Leveraging refined customized products to tap incremental opportunities in personal care sectors, enterprises can steadily lift the competitiveness of domestic silicon dioxide in the global fine daily chemical raw material market.