Methyl 4-fluoropicolinate 886371-79-5 Pyridine Intermediate Used in Heterocyclic Synthesis

Product Overview

Methyl 4-fluoropicolinate, CAS 886371-79-5, is a fluorine-substituted pyridine heterocyclic building block. Fluorine substitution optimizes molecular electronic properties and metabolic stability, supporting efficient multi-step organic derivatization. Its rigid pyridine ring delivers consistent reaction repeatability for fine chemical and research molecular construction.

Physical & Chemical Properties

This product is pale crystalline solid under normal temperature. It dissolves readily in methanol, ethanol, dichloromethane and DMF, with poor solubility in cold water. It maintains stable structure under sealed cool storage. The fluorine atom facilitates nucleophilic substitution for fluorinated heterocyclic compound preparation.

Basic Chemical Information

Technical Specifications

Main Applications

This fluorinated pyridine intermediate is widely adopted in organic research and fine chemical development. It is applied to construct fluorine-containing heterocyclic skeletons, functional biochemical materials and agricultural active molecules. Unique fluorine structure improves compound binding performance for custom synthetic preparation and laboratory research.

Packaging & Storage

Lab sealed vials and industrial sealed drums are available for selection. Store in cool, dry and dark environment with containers fully sealed. Keep away from high temperature, moisture and strong oxidants to avoid decomposition. Comply with standard irritant solid chemical transport regulations for shipment.