Castor Oil Patent Landscape
Identifiers
Functions
Hazards
Which organizations and claims shape current development around Castor oil?
Key organizations include Arkema France, Momentive Performance Materials, L'Oréal, Grant Industries, and various Chinese universities and companies. Their claims focus on using castor oil as a bio-based polyol for polyurethane synthesis, as a vegetable oil in cosmetic formulations, and as a precursor for crosslinked polyesters and other polymers. These claims indicate a broad interest in leveraging castor oil's renewable and functional properties across multiple industries.
How is Castor oil innovation changing in Cosmetics?
Monthly patent filings by domain
Which technical problems do recent patents address with Castor oil?
Recent patents use castor oil to address several technical problems: replacing petrochemical components with renewable materials in polyurethanes and coatings; improving mechanical strength, durability, and stain resistance in packaging, inks, and adhesives; enhancing antibiotic susceptibility in resistant bacteria like MRSA; and replacing silicones in hair care formulations. These patents claim castor oil as a bio-based polyol or reactive precursor to achieve these properties, indicating a shift toward sustainable material solutions.
How do recent patents change the role or application of Castor oil?
Recent patents expand castor oil's role from a direct cosmetic active or emollient to a chemical precursor in industrial applications. It is now claimed as a polyol for polyurethane synthesis, a monomer precursor for acrylates, a crosslinking agent precursor, and a base for bio-based resins. This shift enables its use in high-performance materials like coatings, adhesives, foams, and composites, while still maintaining roles in cosmetics as a vegetable oil for silicone replacement and hair care.
How is Castor oil used in Cosmetics patents?
Which Cosmetics product categories feature Castor oil in recent patents?
Which product categories and formulation strategies emerge in recent work on Castor oil?
Emerging product categories include bio-based polyurethane coatings, adhesives, foams, inks, and composites for construction, electronics, and packaging. Formulation strategies involve using castor oil as a polyol in polyurethane systems, often combined with other bio-based materials like lignin, soybean oil, or recycled PET. In cosmetics, strategies include anhydrous hair treatments, silicone replacement systems, and ceramide-stabilizing compositions. These approaches aim to enhance sustainability and performance.
Where is the evidence-backed white space for further development of Castor oil?
Evidence-backed white space exists in developing castor oil derivatives for specialized applications such as antibiotic adjuvants, where it is claimed to enhance susceptibility of resistant bacteria, and in creating bio-based materials for emerging fields like 3D printing and smart packaging. Additionally, its use as a plasticizer precursor in PVC and as a low-temperature resistance agent in adhesives suggests untapped potential in performance materials. These areas show novel claims but limited commercial validation.