What is 3-FA, and why is it gaining attention in modern chemical research? 3-Fluoroamphetamine (3-FA) is a fluorinated amphetamine analog increasingly referenced in analytical laboratories studying stimulant-class molecular compounds. Known scientifically as 3-FA CAS 1626-71-7, this compound is part of the broader category of 3-fluoroamphetamine research chemicals used in controlled laboratory environments for structural analysis, pharmacological modeling, and analytical comparison with other amphetamine derivatives.
Researchers often explore 3-fluoroamphetamine molecular properties due to its unique fluorine substitution on the aromatic ring, which influences electron distribution, binding behavior, and metabolic pathways. As a result, 3-FA powder research uses frequently include chemical reference standards, receptor-binding investigations, and analytical calibration studies.
For laboratories in the USA, UK, Europe, Canada, and Australia, sourcing high-purity research compounds from reliable suppliers is essential. At Novel Science Shop, the focus is on delivering laboratory-grade 3-FA amphetamine analog research chemicals manufactured under strict quality standards and prepared for professional research applications.
Overview of 3-Fluoroamphetamine (3-FA)
Chemical Identity
3-Fluoroamphetamine (3-FA) is a substituted amphetamine where a fluorine atom is attached to the third position of the phenyl ring. This structural modification alters the compound’s electronic and steric characteristics compared with other amphetamine derivatives.
Key identifiers
- Chemical Name: 3-Fluoroamphetamine
- CAS Number: 1626-71-7
- Molecular Formula: C9H12FN
- Compound Type: Fluorinated amphetamine analog
- Category: Research chemical reference compound
3-FA Chemical Structure
The 3-FA chemical structure features:
- A phenethylamine backbone typical of amphetamine derivatives
- A fluorine substitution at the meta (3) position of the aromatic ring
- A primary amine functional group
- Structural similarity to other fluorinated amphetamine analogs
This fluorination significantly affects lipophilicity, receptor affinity modeling, and metabolic transformation pathways, which is why the compound attracts interest in structure–activity relationship (SAR) research.
Molecular Properties of 3-Fluoroamphetamine
Understanding 3-fluoroamphetamine molecular properties is essential for analytical laboratories working with stimulant-class analog compounds.
Typical analytical parameters studied include:
- Molecular weight and structural conformation
- Electron-withdrawing fluorine substitution effects
- Stability under controlled storage conditions
- Spectroscopic signatures (NMR, GC-MS, LC-MS reference data)
- Comparative analysis with other substituted amphetamines
Researchers frequently evaluate these properties to improve analytical detection methods and expand pharmacological modeling databases.
3-FA Powder Research Uses
Within controlled laboratory environments, 3-FA powder research uses may include several scientific and analytical applications.
Common research contexts include:
- Analytical reference standards for chromatographic calibration
- Comparative amphetamine analog research
- Structure-activity relationship studies
- Forensic and toxicology method development
- Chemical library expansion for stimulant analog classification
- Instrument calibration for mass spectrometry and spectroscopy
These studies help laboratories better understand how fluorinated substitutions influence amphetamine-class compounds, contributing to broader chemical research databases.
Why Buy 3-Fluoroamphetamine From Novel Science Shop?
Choosing a reliable supplier is critical when sourcing 3-fluoroamphetamine research chemicals for laboratory use. Novel Science Shop focuses on providing research-grade compounds with strict quality standards to laboratories and analytical researchers.
Laboratory-Grade Quality Standards
Each batch undergoes internal verification procedures to ensure:
- High purity laboratory material
- Consistent compound identity
- Controlled packaging conditions
- Stable storage preparation
Professional Research Supply
Novel Science Shop supports laboratories in USA, UK, Europe, Canada, and Australia with:
- Secure international shipping
- Discreet and protective packaging
- Reliable order processing
- Professional customer support for research supply inquiries
Trusted Research Chemical Source
Researchers choose Novel Science Shop because of its focus on:
- Consistent product sourcing
- Transparent compound identification (including CAS 1626-71-7)
- Stable supply for ongoing research projects
- Responsive support for laboratories and analytical teams
Common Use Cases & Buyer Scenarios
Researchers searching for what is 3-FA often fall into several professional categories.
Typical buyer scenarios include:
- Analytical laboratories studying fluorinated amphetamine analogs
- Forensic labs building compound identification libraries
- Academic researchers investigating structure-activity relationships
- Chemical reference suppliers needing standard comparison materials
- Toxicology labs developing detection methodologies
These use cases highlight why reliable access to 3-FA amphetamine analog research chemicals remains important for specialized scientific work.
Conclusion
Understanding what is 3-FA involves examining its chemical identity, structural characteristics, and role in modern laboratory research. As a fluorinated amphetamine analog, 3-fluoroamphetamine (CAS 1626-71-7) provides valuable insights for researchers studying stimulant-class molecular structures, receptor interaction modeling, and analytical detection techniques.
For laboratories seeking a dependable source of 3-fluoroamphetamine research chemical compounds, Novel Science Shop offers laboratory-grade material prepared for professional analytical use.
Explore available research compounds or contact the support team to learn more about sourcing 3-FA powder research materials for your laboratory applications.