Furfurylamine: Intermediate for Pharmaceutical & Agriculture
Precision Chemistry for Medicine and Agriculture
Furfurylamine, a reactive primary amine derived from furfural, plays a crucial role as a high-purity intermediate in the synthesis of pharmaceutical and agrochemical compounds.
Manufactured by Galaxy Laboratories to a minimum purity of 98% and typically supplied at ≥99.5%, Furfurylamine (CAS No. 617-89-0) is available as a clear to pale yellow liquid. Distributed globally, this versatile ingredient is available to industrial buyers as a competitively priced, bio-based solution backed by Galaxy's cGMP-certified, ISO-compliant production standards.
Pharmaceutical Applications
Furfurylamine is a key building block in the production of Furosemide, a widely prescribed diuretic and antihypertensive active pharmaceutical ingredient (API). Its structure supports efficient amide bond formation with 2,4-dichloro-5-sulfamoylbenzoic acid, enabling the synthesis of the furfurylamide moiety critical to Furosemide’s pharmacological activity. Thanks to its high reactivity and purity, Furfurylamine helps ensure consistent performance, batch reproducibility, and cost-effective synthesis for pharmaceutical manufacturers.
Agrochemical Formulations
Crop Protection Applications
In agricultural chemistry, Furfurylamine serves as a critical intermediate in the synthesis of Pefurazoate, a systemic fungicide primarily used in rice seed treatment. The incorporation of the furfuryl group enhances the compound’s bioavailability and systemic action, making it effective against a wide range of fungal pathogens. Furfurylamine’s consistent chemical profile supports efficient large-scale synthesis of Pefurazoate, addressing the global demand for agrochemical formulations that are both effective and economical.
Plant Growth Regulation
Furfurylamine is also the starting material for synthesizing Kinetin (6-furfurylaminopurine), a cytokinin-class plant growth regulator. Kinetin promotes cell division and delays senescence, and is used in both agricultural and biotechnology applications. Its synthesis involves nucleophilic substitution of 6-chloropurine with Furfurylamine, a process made efficient by Furfurylamine’s high nucleophilicity and stability. As demand for plant biostimulants grows, Furfurylamine provides a reliable foundation for producing high-quality agrochemical formulations in the form of cytokinin derivatives.
A Reliable, Sustainable Choice for Industry
Galaxy Laboratories manufactures Furfurylamine using a patented process starting from furfural, a renewable feedstock derived from agricultural biomass. This bio-based origin not only ensures a stable and scalable supply but also supports the sustainability goals of customers across pharmaceutical and agrochemical sectors.
With high reactivity, consistent purity, and a competitive price point, Galaxy’s Furfurylamine is an ideal intermediate for companies seeking quality and value. Through ChemPoint, buyers gain access to flexible order volumes, responsive customer service, and global technical support.
To learn more or request a sample, contact Galaxy Laboratories today and discover how
Furfurylamine can elevate your formulations in pharma and agrochemical formulations.
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