Basic Information

Physical & Chemical Properties

Main Uses

• Agrochemical Field: As a key intermediate for the synthesis of novel SDHI (succinate dehydrogenase inhibitors) fungicides, it is widely used in the research and production of high-efficiency, low-toxicity fungicides; many marketed fungicides from major global agrochemical manufacturers share its molecular skeleton, making it a high-demand agrochemical intermediate worldwide.
• Pharmaceutical Field: Serves as an organic intermediate for the synthesis of pharmaceutical active ingredients (APIs), involved in the research and development of drugs related to pyrazole heterocyclic structures; its unique difluoromethyl and carboxylic acid functional groups provide structural support for the synthesis of targeted drugs.
• Chemical Synthesis & Research Field: Used as an important organic intermediate in fine chemical synthesis, applicable to the preparation of various pyrazole derivatives; used as a biochemical reagent and analytical standard in laboratory research, facilitating the development of synthetic methods and structural modification studies.
• Other Fields: Applied in the synthesis of functional materials and organic fluorine compounds; used as a raw material for the preparation of pyrazole-based fine chemicals, with broad application prospects in the field of organic synthesis.

Specification Table