Bemotrizinol Patent Landscape
Identifiers
Functions
Which organizations and claims shape current development around BEMOTRIZINOL?
DSM and L'Oréal are the primary organizations driving recent patent activity. DSM focuses on solving formulation issues: solubilization with dextrin esters and branched alkanes, and reducing soaping with film-forming agents and alkanediols. L'Oréal holds a broad portfolio claiming bemotrizinol's ability to photostabilize other filters, protect color and hair, and work synergistically with mineral filters to achieve critical wavelengths above 370 nm and UVA protection ratios. These claims position bemotrizinol as a versatile ingredient for high-performance, aesthetically pleasing sun care and color cosmetics.
How is Bemotrizinol innovation changing in Cosmetics?
Monthly patent filings by domain
Which technical problems do recent patents address with BEMOTRIZINOL?
Recent patents primarily address formulation challenges with bemotrizinol, including poor solubilization and the 'soaping effect' in emulsions. DSM claims increased solubilization using a fatty acid dextrin ester combined with branched alkanes, and reduction of soaping via film-forming agents like citrate polyesters or polyamides with alkanediols. L'Oréal patents focus on photostability issues, claiming bemotrizinol improves the photostability of avobenzone and octinoxate, and reduces reactive oxygen species generation from titanium dioxide. These approaches target practical sunscreen performance and aesthetic issues rather than new UV absorption mechanisms.
How do recent patents change the role or application of BEMOTRIZINOL?
Bemotrizinol's role is expanding from a primary UV filter to a multifunctional stabilizer and protector. L'Oréal patents claim it improves the photostability of other UV filters like avobenzone and octinoxate, enhances color stability of coloring agents in cosmetics, and protects hair from UV damage. It is also positioned as a key component in UV-absorbing systems with mineral filters to achieve specific critical wavelength and UVA protection ratios. This shifts its value proposition from simple SPF contribution to enabling broader product performance and stability.
How is Bemotrizinol used in Cosmetics patents?
Which Cosmetics product categories feature Bemotrizinol in recent patents?
Which product categories and formulation strategies emerge in recent work on BEMOTRIZINOL?
Emerging product categories include color cosmetics, hair care, sprays, sticks, and gels, beyond traditional sunscreens. Formulation strategies focus on solubilization systems using dextrin esters and branched alkanes, film-forming agents to reduce soaping, and semi-crystalline polymers or sugar fatty acid esters for stick and gel formats. L'Oréal also claims combinations with mineral filters like titanium dioxide and zinc oxide, and with iron oxide, to achieve high critical wavelengths and balanced UVA/UVB protection. These strategies aim to improve aesthetics, stability, and broad-spectrum efficacy.
Where is the evidence-backed white space for further development of BEMOTRIZINOL?
Evidence-backed white space exists in combining bemotrizinol with active agents beyond UV filters. L'Oréal claims it improves the photostability of various active agents like natural extracts, vitamins, and peptides, but specific formulations are not detailed. Additionally, claims about protecting skin microflora are implied but not explicitly claimed in the provided patents. This suggests opportunities to develop products that leverage bemotrizinol's stabilizing properties for sensitive skin or skin health benefits, though further research is needed to validate these applications.