While the automotive industry is a significant beneficiary of our bio-based silica NS175 MS, its versatility extends to numerous other sectors. At NINGBO INNO PHARMCHEM CO.,LTD., we are continually discovering new ways this innovative material can enhance product performance and sustainability.

In the realm of paints and coatings, our sustainable silica for paints and coatings acts as a high-performance additive. It improves rheological properties, enhances scratch resistance, and provides a desirable matte finish. The fine particle size and high surface area contribute to better pigment dispersion and overall coating integrity. This makes it an excellent choice for manufacturers of architectural coatings, industrial finishes, and specialty paints seeking to improve product quality while adhering to environmental standards. The non-toxic nature of our amorphous silica also makes it suitable for low-VOC formulations.

The application of our silica as a rubber reinforcing agent is not limited to tires. It is equally valuable in the production of various rubber goods, including shoe soles, industrial tapes, rubber sheets, and wear-resistant parts. The excellent porosity, good chemical stability, and high-temperature resistance offered by our NS175 MS ensure that these products are durable, reliable, and perform exceptionally well under demanding conditions. For instance, in footwear, it contributes to improved abrasion resistance and cushioning. In industrial applications, its reinforcement capabilities extend the service life of rubber components.

The production method, utilizing carbon dioxide acidification, ensures that our bio-based silica NS175 MS is an environmentally conscious choice. By utilizing renewable resources like rice husks, we are actively contributing to a circular economy. As a leading supplier, NINGBO INNO PHARMCHEM CO.,LTD. is dedicated to providing high-quality, sustainable chemical solutions that meet the evolving needs of diverse industries. We encourage businesses looking to purchase or procure advanced inorganic compounds to consider the broad applicability and environmental advantages of our bio-based silica.