Cefoperazone Acid (CAS No.: 58739-66-5) is a high-purity pharmaceutical intermediate and a critical building block used primarily in the synthesis of Cefoperazone Sodium. As a sophisticated broad-spectrum cephalosporin antibiotic, Cefoperazone is indispensable in clinical settings for managing severe, life-threatening infections, particularly within intensive care units (ICU) where high-efficacy antimicrobial agents are paramount.
Engineered for excellence in pharmaceutical manufacturing, our Cefoperazone Acid offers exceptional chemical stability and seamless compatibility with large-scale industrial synthesis. Beyond its primary application, it serves as a versatile precursor for developing advanced combination therapies with β-lactamase inhibitors and innovative therapeutics targeting complex systemic infections such as sepsis and multidrug-resistant bacterial strains.
Detailed Parameters
| Product Name | Cefoperazone Acid | CAS Number | 58739-66-5 |
|---|---|---|---|
| Chemical Category | Pharmaceutical Intermediate | Application | API Synthesis |
| Standard Compliance | USP / EP Standards | Purity Level | High Purity Grade |
| Stability | High Thermal Stability | Solubility | Pharmaceutical Grade |
| Storage Condition | Controlled Environment | Production Scale | Lab to Commercial |
Key Advantages
Ultra-High Purity
Manufactured under rigorous quality control to ensure batch-to-batch consistency and compliance with international API standards.
Excellent Stability
Superior chemical and thermal stability reduces degradation risks during long-term storage and industrial transport.
Global Compliance
Fully aligns with major pharmacopoeias such as USP and EP, ensuring global regulatory acceptance for pharmaceutical use.
Broad Applicability
Adaptable for the R&D of next-generation β-lactam antibiotics and advanced cephalosporin derivatives.
Anti-Resistance
Critical intermediate for therapies targeting anti-pseudomonal and multidrug-resistant bacteria in modern medicine.
Scalable Production
Flexible manufacturing capacity catering to both small-scale pilot research and large-scale commercial demands.
Product Gallery
Management Platforms
API Quality Control
Strict adherence to GMP guidelines ensuring purity and efficacy for pharmaceutical intermediates.
Synthesis Optimization
Advanced chemical processing to maximize yield and reduce impurities in Cefoperazone Acid.
Regulatory Tracking
Continuous monitoring of USP/EP standard updates to ensure global market compatibility.
Supply Chain Security
Optimized logistics for temperature-sensitive chemical products to prevent degradation.
Inventory Management
Real-time stock tracking to support both agile R&D needs and steady commercial supply.
R&D Innovation
Dedicated support for synthesizing new cephalosporin derivatives and combination drugs.
Investment Return Comparison
| Feature | Standard Grade | Our Premium Grade |
|---|---|---|
| Purity Rate | Standard API Grade | Ultra-High Purity |
| Batch Consistency | Variable | Highly Consistent |
| Regulatory Fit | Partial Compliance | Full USP/EP Compliance |
| Process Stability | Moderate | Excellent / Low Degradation |
| Scalability | Limited | Full Commercial Scale |
Frequently Asked Questions
It serves as the essential building block for synthesizing Cefoperazone Sodium, a broad-spectrum cephalosporin antibiotic used for treating life-threatening infections in hospital settings.
Yes, our product is manufactured to meet the quality specifications outlined in major pharmacopoeias, including the USP (United States Pharmacopeia) and EP (European Pharmacopoeia).
Absolutely. Its chemical structure is well-suited for integration into combination drugs with β-lactamase inhibitors to overcome bacterial resistance mechanisms.
Cefoperazone Acid demonstrates excellent chemical and thermal stability, which reduces the risk of degradation. We further utilize optimized packaging to ensure shelf-life integrity.
Yes, our production facilities are flexible and equipped to handle both small-scale research requirements and large-scale commercial API production.
It is a key intermediate for antibiotics with anti-pseudomonal coverage, enabling the synthesis of high-potency drugs that can penetrate resistant bacterial cell walls.
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