99 Percent Purity M-Toluidine for Bulk Dye Intermediate Synthesis, identified by its CAS number, is an essential chemical intermediate widely utilized within the dye and pigment manufacturing industry. The compound is characterized by its defined molecular formula and molecular weight, which ensure precise formulation and batch reproducibility in industrial syntheses. For definitive chemical identification, this product is supplied with its IUPAC name and InChIKey, providing an unambiguous reference point for researchers and quality control specialists. As a well-established intermediate, m-toluidine underpins a broad array of downstream chemical processes, solidifying its role as a critical reagent in specialty chemical and pharmaceutical workflows.
When considering the physical and chemical characteristics of this product, buyers will find reliable analytical specification data, including boiling point, melting point, density, flash point, and vapor pressure. These quantitative properties are critical for process engineers and production managers setting safety margins and process parameters during scale-up and manufacturing. Customers can reference these validated physical constants to optimize their synthetic routes and implement appropriate measures in material handling.
Regulatory compliance and product stewardship are central to the m-toluidine supply chain. The REACH registration includes both article number and tonnage band, demonstrating the substance’s status within the European market and assuring end users of its pre-market evaluation and risk assessment. For companies governed by US regulations, the TSCA inventory listing, together with its applicable section reference, means this material is recognized as an existing substance and is permitted for use following the provisions detailed in American chemical management policies. Applicable ICH guidelines are cited with the full code and the most recent revision, indicating any relevant impurity limits that align with international pharmaceutical standards. Potential hazards are captured according to the GHS, with detailed hazard statements (H-phrases) and a clearly specified signal word, providing necessary information for hazard communication. Where referenced, pharmacopeia chapters affirm the utility or mention of m-toluidine within official monographs. Occupational exposure guidelines, such as those offered by OSHA or NIOSH, may also be included where available, helping to inform limits and controls in the workplace.
The foremost application of 99 Percent Purity M-Toluidine arises in its function as a bulk intermediate in the synthesis of dyes, particularly azo dye classes, thanks to its functional amine group and aromatic structure. Additionally, it serves as a precursor in the preparation of various pharmaceutical and agrochemical compounds, where it is involved in specific downstream functionalizations and ring substitutions. Its prominence in dye manufacture, especially for textiles, leathers, and printing inks, is well established. Specialist chemical and pharmaceutical manufacturers rely on its reactivity profile for the generation of active intermediates, but the finished products are not described in terms of therapeutic effects or patient advantages.
Regarding logistics and material management, m-toluidine is typically supplied in industry-standard packaging formats such as 25-kilogram drums, 200-kilogram drums, or intermediate bulk containers, to satisfy requirements from pilot through large-scale manufacturing. Storage recommendations are developed from the stability profile described by the GHS hazard data, implying that the material should be stored in a cool, well-ventilated area, away from incompatible materials and sources of ignition. Standard shelf life guidance for aromatic amines of this purity class can be expected to range from one to two years under recommended conditions, although precise requirements should be verified according to the specifics of each site and application.
Sources for the information included in this summary include the PubChem entry corresponding to the compound’s unique identifier, NIST chemical property databases, European Chemicals Agency (ECHA) registration and compliance information, and the EPA TSCA inventory. These authoritative sources collectively ensure the transparency and reliability of the provided data.
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