A kind of detection and separation method of related substances in banbuterol
A technology for related substances and separation methods, which is applied in the field of detection and separation of related substances in bambuterol, can solve the problems of unspecified tert-butylamine residual solvent detection methods, etc., and achieves simple and convenient sample processing, good peak shape and reproducibility, Simple to use effects
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Embodiment 1
[0050] A method for detecting a related substance in bambuterol, the related substance is tert-butylamine, and the detection instruments and reagents are as follows:
[0051] Reagent: tert-butylamine, purity 99.5%, manufacturer: Aladdin reagent; methanol grade: AR, manufacturer: Sinopharm Group.
[0052] Instrument: gas chromatograph, model 7890B, manufacturer Agilent; electronic analytical balance, model BSA224S-CW, manufacturer: Sartorius.
[0053] The detection and separation method of tert-butylamine in banbuterol is by gas chromatography.
[0054] The gas chromatography conditions were as follows:
[0055] Chromatographic column: DB-1 (30m×0.32mm×3.0μm), inlet temperature: 220℃, detector temperature 240℃, flow rate: 1.2ml / min, injection volume: 1ul, split ratio: 2:1, Carrier gas: nitrogen, heating program: the initial temperature was 40°C, held for 6 minutes, then heated to 180°C at a rate of 20°C / min, held for 2 minutes, and then raised to 200°C at a rate of 30°C / min, ...
Embodiment 2
[0067] A method for detecting a related substance in bambuterol, the related substance is tert-butylamine, and the detection instruments and reagents are as follows:
[0068] Reagent: tert-butylamine, purity 99.5%, manufacturer: Aladdin reagent; methanol grade: AR, manufacturer Sinopharm Group
[0069] Instrument: gas chromatograph, model 7890B, manufacturer Agilent; electronic analytical balance, model BSA224S-CW, manufacturer: Sartorius.
[0070] The detection and separation method of tert-butylamine in banbuterol is by gas chromatography.
[0071] The gas chromatography conditions were as follows:
[0072] Chromatographic column: DB-1 (30m×0.32mm×3.0μm), inlet temperature: 220℃, detector temperature 240℃, flow rate: 0.9ml / min, injection volume: 1ul, split ratio: 6:1, Carrier gas: nitrogen, heating program: the initial temperature was 40 °C, maintained for 6 min, and then heated to 200 °C at a rate of 20 °C / min, maintained for 8 min.
[0073] The specific implementation s...
Embodiment 3
[0084] A method for detecting a related substance in bambuterol, the related substance is tert-butylamine, and the detection instruments and reagents are as follows:
[0085] Reagent: tert-butylamine, purity 99.5%, manufacturer: Aladdin reagent; methanol grade: AR, manufacturer: Sinopharm Group
[0086] Instrument: gas chromatograph, model 7890B, manufacturer Agilent; electronic analytical balance, model BSA224S-CW, manufacturer: Sartorius.
[0087] The detection and separation method of tert-butylamine in banbuterol is by gas chromatography.
[0088] The gas chromatography conditions were as follows:
[0089] Chromatographic column: DB-1 (30m×0.32mm×3.0μm), inlet temperature: 220℃, detector temperature 240℃, flow rate: 0.9ml / min, injection volume: 1ul, split ratio: 6:1, Carrier gas: nitrogen, heating program: the initial temperature was 50°C, held for 6 minutes, then heated to 180°C at a rate of 20°C / min, held for 2 minutes, and then raised to 200°C at a rate of 30°C / min, h...
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