Expert Manufacturer & Supplier of N-[3-(Acetylthio)-(2S)-methylpropionyl]-L-proline Hydrate CAS 64838-55-7 for Pharmaceutical Synthesis

Discover a reliable source for N-[3-(Acetylthio)-(2S)-methylpropionyl]-L-proline Hydrate, a vital pharmaceutical intermediate for Captopril and peptide synthesis. We offer high-purity products and custom manufacturing solutions from our China-based facilities.

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Key Advantages of Sourcing Our Pharmaceutical Intermediates

Superior Quality and Purity

Our N-[3-(Acetylthio)-(2S)-methylpropionyl]-L-proline Hydrate (CAS 64838-55-7) is manufactured under strict quality controls, ensuring a minimum purity of 95%. This high standard is critical for pharmaceutical applications where consistency and efficacy are paramount, making us a preferred supplier for companies demanding the best.

Consistent and Stable Supply

As a dedicated manufacturer, we guarantee a stable and uninterrupted supply chain for this vital pharmaceutical intermediate. Our production capacity and logistics ensure timely delivery, supporting your production schedules and market demands effectively.

Expertise in Custom Synthesis

Beyond our standard offerings, we provide custom synthesis services tailored to your specific project needs. Leverage our R&D capabilities to obtain specialized intermediates, including variations of N-[3-(Acetylthio)-(2S)-methylpropionyl]-L-proline Hydrate, to drive innovation in your pharmaceutical formulations.

Diverse Applications in Pharmaceutical Development

Captopril Manufacturing

This compound is indispensable for the synthesis of Captopril, a cornerstone medication for treating hypertension and heart failure. Our reliable supply ensures continuous production of this life-saving drug.

Peptide-Based Drug Research

Its role as a chiral building block makes it invaluable for developing novel peptide therapeutics targeting chronic diseases, positioning us as a key supplier for innovative research and development.

Development of ACE Inhibitors

Beyond Captopril, this intermediate aids in the synthesis of other Angiotensin-Converting Enzyme (ACE) inhibitors, offering diverse applications in cardiovascular medicine.

Chemical Synthesis and Research

Its well-defined chemical properties and structure make it a valuable reagent for various organic synthesis projects and academic research in medicinal chemistry.