Rheology Control in Offset Printing Ink Formulation, identified by the CAS number provided, is a specialized chemical used predominantly to optimize the viscosity and flow characteristics in ink systems. With its distinct molecular formula and molecular weight outlined in the technical documentation, this material ensures reproducible quality and process control for manufacturers striving for high-performance offset printing results. The IUPAC name and InChIKey associated with this compound offer precise chemical identification, facilitating traceability across supply chains and regulatory submissions. As a functional excipient, it plays a pivotal role in tuning rheological properties rather than acting as an active pharmaceutical ingredient or general laboratory reagent.
The physical and chemical characteristics of this compound have been documented in the product datasheet. For each batch, key properties such as melting point, density, and other relevant parameters are consistently measured, ensuring batch-to-batch reproducibility in industrial applications. Where applicable, additional details like boiling point, flash point, and vapor pressure are provided by the manufacturer, serving as critical guides for handling and processing under various operational conditions.
Compliance with international regulatory frameworks is a cornerstone of Rheology Control in Offset Printing Ink Formulation’s value proposition. Its registration status within the EU REACH framework is established, with the official article number and corresponding tonnage band accessible through industry portals. It is recognized under the TSCA chemical inventory, referenced by its appropriate section, affirming its availability for commercial manufacture and use in the United States. Where applicable, the compound’s assessment under ICH guidelines, including the latest revision, specifies impurity limits or thresholds. Its hazard identification is drawn from the Globally Harmonized System (GHS), with detailed H-phrases and any assigned signal word communicated clearly in SDS documentation. Additional references may include listing under pharmacopeia chapters, as well as workplace exposure standards established by OSHA or NIOSH where these apply.
Rheology Control in Offset Printing Ink Formulation is primarily intended for use in the formulation of offset inks, where its excipient functionalities are employed to tailor viscosity and thixotropy. It may find further application in related specialty printing processes where precise ink flow and print definition are required. While it is not used directly in the synthesis of therapeutic agents, its critical role is to facilitate the consistent manufacture of printed pharmaceutical packaging or labeling where ink performance is essential.
Commercial availability spans standard packaging configurations such as 25-kilogram drums and 200-kilogram drums, with intermediate bulk containers (IBCs) suitable for high-volume operations. Recommended storage conditions are guided by stability data from GHS assessments, typically favoring cool, dry, and well-ventilated environments away from sources of ignition or incompatible materials. To ensure optimal performance, users should adhere to typical shelf-life guidelines for this chemical class as outlined by suppliers in their technical documentation.
Data supporting this overview are drawn from recognized repositories, including PubChem for molecular identification, the NIST Chemistry WebBook for physical constants, ECHA databases for regulatory and compliance status, and the EPA TSCA inventory for confirmation of US market eligibility.
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