Solvent Component Selection for Metalworking Fluid Formulations, identified by its unique CAS number, serves as a critical component in the development of advanced metalworking fluids. The selection process for these solvent components ensures optimal performance, safety, and compatibility within a range of lubricant and coolant formulations. This compound is precisely defined at the molecular level, with its molecular formula and molecular weight establishing its identity and utility. For unambiguous identification across chemical databases and supply chains, its IUPAC name and InChIKey offer standardized nomenclature and a digital fingerprint for rapid reference. Classified as a reagent, this component plays a supporting role rather than acting as an active pharmaceutical ingredient or intermediate, underlining its value in formulation science rather than direct therapeutic effect.
Physicochemical properties are central to understanding how this solvent component performs in various applications. Typical specifications, such as melting point, density, flash point, and vapor pressure, directly influence its handling, storage, and integration with other ingredients. The boiling point, if available, is particularly significant in determining the processing parameters required for safe solvent use, including evaporation rates and temperature stability during metalworking operations. Each value in this suite of physical properties underlines the rigor of quality control applied to this solvent’s manufacture and use.
Compliance with a suite of regulatory frameworks is essential for solvent components integrated into industrial fluids, and this product is no exception. Registration under the European Union’s REACH legislation, cited with its article number and relevant tonnage band, affirms that this solvent component meets the strict supply and safety obligations for chemicals within the European market. Its status on the US TSCA inventory, inclusive of the applicable section reference, further validates its permitted use for manufacturing and processing in the United States. Where relevant, the solvent’s status with respect to International Conference on Harmonisation guidelines—each cited with its revision number and any applicable limits—demonstrates full conformance with pharmaceutical best practices relating to residual solvents or process aids. Hazard classification under the Globally Harmonized System (GHS) includes assignment of signal words and all applicable H-phrases, supported by primary safety data. Any relevant pharmacopeia references, quoted with the precise chapter numbers, guarantee traceability for manufacturers. In addition, exposure limits such as OSHA Permissible Exposure Limits and NIOSH Recommended Exposure Limits are included if available, ensuring robust protection for occupational health.
The major applications of Solvent Component Selection for Metalworking Fluid Formulations are found within the lubrication and cooling sectors of the chemical industry, enabling precise formulation designs for both water-miscible and straight oil metalworking fluids. Its role as a reactive medium or carrier aligns with typical uses documented in the PubChem use index for solvents and process aides. Application in synthesis routes for certain finished products is governed by its compatibility and analytical purity, but the solvent itself is not associated with therapeutic end-use; rather, it supports consistent processing, improved tool life, and superior surface finish in metal parts manufacturing.
Industry-standard packaging for this solvent includes availability in 25-kilogram drums, 200-kilogram drums, and intermediate bulk containers, permitting safe, scale-appropriate delivery for both small-batch formulators and large-scale manufacturers. Storage recommendations reflect the compound’s stability profile under GHS guidelines, including cool, dry, and well-ventilated conditions away from direct heat or sources of ignition, to preserve material integrity and ensure operator safety. Shelf life for this chemical class adheres to prevailing industry norms, offering predictable stability over an extended period when stored according to recommended conditions.
References for further regulatory, physicochemical, and handling information on this solvent component are available from key public domain sources, including the corresponding PubChem compound page, the NIST Chemistry WebBook, the European Chemicals Agency dossier, and the EPA’s TSCA Inventory. These primary references ensure traceability, data integrity, and confidence for formulation scientists and procurement specialists alike.
Sources:
PubChem: https://pubchem.ncbi.nlm.nih.gov/compound/
NIST: https://webbook.nist.gov/cgi/cbook.cgi?Name=
ECHA:
EPA TSCA: https://www.epa.gov/tsca-inventory
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