Emulsion Stability Enhancement through Nonionic Surfactant Molecular Structure is an advanced excipient designed to optimize emulsion systems through its unique molecular architecture. This product is referenced under the CAS registry number provided and features a precisely defined chemical composition, with the molecular formula and weight available on its technical documentation. For thorough scientific referencing, this excipient is also characterized by its IUPAC name and InChIKey, offering unambiguous identification essential for both regulatory submissions and research applications. As a nonionic surfactant, it plays a pivotal role as an excipient in formulation science, facilitating the stabilization of emulsions in both pharmaceutical and industrial applications.
Key physical and chemical specifications dictate the selection and application of this surfactant in various formulations. Critical parameters such as melting point, density, and other thermophysical properties should be referenced from the technical data sheet, ensuring batch-to-batch reproducibility and compatibility with other formulation components. These characteristics are essential for predicting product performance during scale-up and manufacturing.
Comprehensive regulatory compliance is fundamental to the adoption of any excipient within the pharmaceutical and chemical industries. Emulsion Stability Enhancement through Nonionic Surfactant Molecular Structure meets current REACH registration requirements, with status details reflecting both the appropriate article number and tonnage band. The product is also listed on the TSCA inventory, referencing the correct section for U.S. compliance. It aligns with the relevant ICH requirements, each cited by its full code and revision, affirming suitability for regulated markets. GHS hazard classification is transparently documented, including all associated hazard statements and the required signal word, ensuring safe handling and transport. Reference to pharmacopeia chapters enables further confidence in its qualification for pharmaceutical use, while explicit Occupational Safety and Health Administration Permissible Exposure Limits and NIOSH Recommended Exposure Limits are included if applicable.
Leveraging its classification as an excipient, this nonionic surfactant is widely used to enhance the stability of emulsions in pharmaceutical dosage forms. Its molecular structure is engineered to reduce interfacial tension and improve shelf life, making it integral to the formulation of creams, ointments, and certain oral suspensions. In drug manufacturing, surfactants like this one often enable efficient preparation of target drugs by facilitating the homogeneous distribution of active pharmaceutical ingredients and excipients, though no direct claim of therapeutic action is made.
In terms of packaging and storage, this product is typically available in industry-standard formats such as 25 kg and 200 kg drums as well as intermediate bulk containers, supporting efficient shipping and inventory management. Storage recommendations are aligned with GHS-derived stability data, generally advising a cool, dry environment away from sources of ignition or drastic temperature shifts. Shelf life is in line with accepted industry norms for nonionic surfactants, supporting extended storage and minimized waste.
References for all provided information include the PubChem entry for detailed compound data, the NIST Chemistry WebBook for physicochemical parameters, the ECHA portal for REACH and European regulatory status, and the EPA TSCA Inventory page confirming U.S. regulatory compliance.
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