Active Ingredient Selection Criteria for Modern Herbicide and Fungicide Synthesis is recognized for its pivotal role in the development of crop protection agents. With CAS number {cas_number}, this compound’s defining characteristics, such as its molecular formula and molecular weight, provide a foundational understanding for chemists targeting efficacy and environmental safety in new agrochemical products. For precision and traceability, the IUPAC name and InChIKey offer unambiguous chemical identification critical for regulatory compliance and formulation specificity. This chemical is primarily classified as an intermediate, underscoring its function as a building block within broader synthetic routes for active plant health ingredients.
Turning to its physical and chemical framework, the specification parameters define its handling and integration into large-scale chemical processes. Key details include the compound’s melting point, density, and other relevant physicochemical properties, which ensure compatibility with equipment and set thresholds required for manufacturing configurations and solvent selection. Each property—whether it pertains to phase transitions or intrinsic reactivity—guarantees that producers can assess operational safety and process efficiency during herbicide and fungicide synthesis.
From a regulatory perspective, compliance with the latest chemical management standards is paramount. The compound’s REACH registration is corroborated by article numbers and declared tonnage bands, enabling transparent entry into the European market. On the U.S. front, inclusion in the TSCA inventory, with specific section references, confirms its lawful handling and distribution domestically. Adherence to ICH codes, complete with their revision identifiers, underlines risk assessments for residual limits and synthesis by-products. Meanwhile, GHS hazard classification, articulated through applicable H-phrases and the designated signal word, alerts end-users to any critical hazards during transport or processing. Additional pharmacopeial references, where cited, and occupational exposure limits from OSHA or NIOSH standards, further anchor this ingredient’s risk profile within international best practices.
In practical terms, the unique physical properties and chemical profile of this ingredient make it invaluable to the development of next-generation fungicidal and herbicidal agents. Its reactivity and selectivity define its utility in the synthesis of actives used across diverse agrochemical portfolios. Integration into leading synthetic pathways demonstrates its strategic advantage in enabling formulations that safeguard agricultural productivity while striving for reduced environmental impact. As such, modern crop protection manufacturers rely on compounds like this to underpin regulatory-compliant development and global stewardship initiatives.
Packaging solutions for this compound are designed to meet contemporary logistics and safety standards. It is offered in robust containers such as 25-kilogram drums, 200-kilogram drums, and intermediate bulk containers to support scalability from pilot to full commercial manufacture. Storage recommendations are governed by the established chemical stability and hazard profile, typically emphasizing cool, dry, and well-ventilated conditions to preserve product integrity. Shelf life guidance, aligned with industry norms for this class of chemical, further ensures uninterrupted production continuity and compliance with quality mandates.
For further information and verified specifications, reference materials can be accessed through PubChem, NIST Chemistry WebBook, the European Chemicals Agency, and the EPA TSCA Inventory, which provide up-to-date documentation supporting technical, regulatory, and market-based use cases.
Sources:
PubChem: https://pubchem.ncbi.nlm.nih.gov/compound/{cid}
NIST: https://webbook.nist.gov/cgi/cbook.cgi?Name={cas_number}
ECHA: {echa_url}
EPA TSCA: https://www.epa.gov/tsca-inventory
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