Alfentanil Related Products

Venkatasai is a leading innovator in the field of pharmaceutical reference standards, offering high-quality Reference Standards of Abacavir, including both pharmacopeial and non-pharmacopeial impurities, metabolites, stable isotope-labeled compounds, and nitrosamines (N-NO products). Our Abacavir impurity reference standards play a vital role in pharmaceutical research, supporting product development, ANDA and DMF filings, quality control (QC), method validation, and stability studies. They are also instrumental in identifying unknown impurities and evaluating genotoxic potential. All Abacavir-related products are thoroughly characterized and supplied with comprehensive Certificates of Analysis (COA) and analytical data that comply with regulatory standards. EP/USP traceable standards can also be provided upon request. Furthermore, all supplied products undergo periodic re-testing to ensure continued quality and reliability.

Alfentanil EP Impurity A

CAT No: VS-A159001
CAS No: NA
Mol.F.: C21H32N6O4
Mol.Wt.: 432.5
Status: Custom Synthesis

Alfentanil EP Impurity B

CAT No: VS-A159002
CAS No: NA
Mol.F.: C21H32N6O4
Mol.Wt.: 432.5
Status: Custom Synthesis

Alfentanil EP Impurity C

CAT No: VS-A159003
CAS No: 61086-18-8
Mol.F.: C16H24N2O2
Mol.Wt.: 276.4
Status: Custom Synthesis

Alfentanil EP Impurity D

CAT No: VS-A159004
CAS No: NA
Mol.F.: C20H30N6O3
Mol.Wt.: 402.5
Status: Custom Synthesis

Alfentanil EP Impurity E

CAT No: VS-A159005
CAS No: 343608-24-2
Mol.F.: C18H28N6O2
Mol.Wt.: 360.5
Status: Custom Synthesis

Alfentanil EP Impurity F

CAT No: VS-A159006
CAS No: NA
Mol.F.: C18H28N2O3
Mol.Wt.: 320.4
Status: Custom Synthesis

Alfentanil EP Impurity G

CAT No: VS-A159007
CAS No: 119997-52-3
Mol.F.: C23H34N6O4
Mol.Wt.: 458.6
Status: Custom Synthesis

Alfentanil EP Impurity H

CAT No: VS-A159008
CAS No: NA
Mol.F.: C22H34N6O3
Mol.Wt.: 430.6
Status: Custom Synthesis

Alfentanil Hydrochloride

CAT No: VS-A159000
CAS No: 69049-06-5
Mol.F.: C21H32N6O3 : HCl
Mol.Wt.: 416.53 : 36.5
Status: Custom Synthesis