Description
Methyl 2-amino-4-(trifluoromethyl)benzoate is a fluorinated aromatic amino ester for advanced organic and medicinal chemistry applications. It is identified by CAS number 61500-87-6, the empirical formula C₉H₈F₃NO₂, and a molar mass of 219,16 g/mol. The trifluoromethyl group combined with an ortho-amino benzoate motif offers a versatile handle for cross-coupling, amide formation, and heterocycle construction where fluorine substitution is desired to tune polarity or metabolic stability. This offer is, well suited to discovery chemistry, route scouting, and reference-standard preparation without committing to large bulk quantities. Molecular weight and formula data support accurate stoichiometric calculations and analytical confirmation by mass spectrometry or NMR. The product is available from manufacturer Carl ROTH within its chemicals and biochemicals programme for professional laboratory users. Clear CAS and formula labelling simplifies registration in electronic laboratory notebooks and purchasing systems. The material is intended for controlled research environments that require a defined trifluoromethylated anthranilate-type ester as a building block for further synthetic elaboration.
This article is part of Photometers & spectrophotometers, in Spectroscopy & photometry.
Key features
- Assay: ≥ 95 %
- Colour: reported
- Form: reported
- CAS number: 61500-87-6
- Pack sizes: 5 g, 10 g, 25 g
- Empirical formula: C₉H₈F₃NO₂
- Molar mass: 219,16 g/mol
- Storage temperature: +2 to +8 °C
- Weight: 0,035 kg
- Technical Information Sheet:
- Safety Data Sheet:
Compliance & Safety Information
Warning
Hazard Statements (H-Phrases)
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Questions about Methyl 2-amino-4-(trifluoromethyl)benzoa, te, 5 g
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Methyl 2-amino-4-(trifluoromethyl)benzoa, te, 5 g is the article on this page. Luminix Health distributes Carl Roth for laboratory use. It sits in Photometers & spectrophotometers, inside Spectroscopy & photometry, in Lab instruments.
A photometer reads absorbance at one or a few wavelengths. A spectrophotometer scans or selects many. Both send light through a cuvette or a well. The wavelength range, UV or visible, and the bandwidth decide what can be measured. A visible-only instrument cannot read a nucleic acid at 260 nm.
A photometer or spectrophotometer sends light through a sample and reads how much was absorbed. In the range where the Beer–Lambert relation holds, absorbance tracks concentration. A refractometer reads how a liquid bends light, which tracks dissolved solids. A polarimeter reads the rotation of polarised light, the classical measurement for sugars. The lamp, the wavelength and the cuvette path length are the three things that have to be right before the number means anything. The optical quantities trace to NIST and the BIPM.
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