The cosmetics industry, as an industry closely related to consumers' daily lives, has extremely high requirements for the safety and functionality of materials. Recently, a well-known domestic cosmetics company announced that it has successfully applied silica to cosmetics, effectively improving the texture and stability of cosmetics.
It is understood that silica, as an inorganic powder material, has good dispersibility and stability, which can significantly improve the texture and touch of cosmetics. In cosmetics, it can be used as a filler, thickener, suspension agent, and other ingredients to make cosmetics more delicate, uniform, and stable. At the same time, silica also has excellent oil absorption and anti sweating properties, which can effectively control the secretion of skin oils and maintain the freshness and comfort of the skin.

This innovative achievement not only provides new material choices for the cosmetics industry, but also provides strong support for improving the quality of cosmetics and meeting consumer needs. Industry insiders say that with the continuous improvement of consumers' demand for cosmetic quality and personalization, the application prospects of silica in cosmetics will be even broader.
News 6: Breakthrough of Silicon Dioxide Nanomaterials in the Biomedical Field
Release date: March 8th, 2025
As one of the important fields at the forefront of technology, the biomedical field has extremely high requirements for materials. Recently, a domestic biomedical research institution announced that it has successfully developed silica nanomaterials and made significant breakthroughs in the field of biomedical research.
It is understood that the silica nano material has excellent biocompatibility and stability, and can exist in the body for a long time and maintain stable performance. In the biomedical field, it can serve as a material for key components such as drug carriers and biosensors, enabling precise drug delivery and real-time monitoring of biological signals.
At the same time, silica nanomaterials also have excellent fluorescence and magnetic properties, which can be used in fields such as biological imaging and cell separation. This innovative achievement not only provides new technological means and tools for biomedical research, but also offers new ideas and solutions for the diagnosis and treatment of diseases. Industry insiders say that with the continuous development and progress of the biomedical field, the application prospects of silica nanomaterials will be even broader.