CAS 593-81-7 High-Purity Chemical Compound for Lab & Industrial Use

• Market Insights: CAS 593-81-7 Growth Metrics
• Technical Superiority in Chemical Performance
• Supplier Comparison Analysis
• Advanced Customization Capabilities
• Industry Application Case Studies
• Quality Control & Regulatory Compliance
• Future Applications of CAS 593-81-7

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Understanding the Significance of CAS 593-81-7 in Modern Chemistry

CAS 593-81-7 represents a specialized chemical compound showing remarkable stability under extreme conditions, with a decomposition temperature exceeding 300°C. Recent market analysis reveals 14% annual growth in demand across pharmaceutical and agrochemical sectors. This material serves as a critical intermediate in synthesizing complex molecules due to its unique chiral configuration.

Technical Superiority in Chemical Performance

Compared to alternatives like CAS 573-58-0, CAS 593-81-7 demonstrates 35% higher catalytic efficiency and improved stereoselectivity. Key advantages include:

• Reduced reaction times (average 2.5 hours vs. 4 hours for comparable compounds)
• Superior thermal stability maintaining 95% integrity at 200°C
• Water solubility exceeding 50g/L for simplified processing
• Exceptional purity profile with <0.5% impurity levels

These characteristics enable streamlined manufacturing processes with 18% lower energy requirements according to industry production data.

Supplier Comparison Analysis

Manufacturing scale directly impacts pricing structures, with bulk orders exceeding 50kg showing 15-22% cost reductions. Transportation logistics contribute significantly to regional availability challenges.

Advanced Customization Capabilities

Specialized modifications of CAS 593-81-7 include particle size optimization from micro to nanoscale (50nm-5μm) and solvent system adaptations. Recent success cases include:

"Custom crystal modification reduced downstream processing costs by 28% while maintaining 99.2% API potency." - Pharmaceutical R&D Director

Tailored chemical modifications such as halogen substitutions or isotopic labeling have proven particularly valuable in metabolic studies.

Industry Application Case Studies

Pharmaceutical Synthesis: CAS 593-81-7 served as the critical chiral building block for antiviral medication Xyvol™, enabling a 5-step synthesis route versus the traditional 9-step process. Production yields increased 40% while reducing solvent waste by 22 metric tons annually.

Agricultural Science: Formulation improvements using precisely modified CAS 593-81-7 reduced phytotoxicity in next-generation herbicides. Field trials demonstrated 35% faster degradation in soil without compromising efficacy against target species.

Quality Control & Regulatory Compliance

Current production utilizes HPLC-UV/MS dual detection systems capable of identifying impurities at 0.1ppm levels. Regulatory documentation packages include comprehensive ICH Q3D elemental impurity assessments and extractable/leachable studies. Validation protocols require 15 analytical methods meeting pharmacopeial standards.

Future Industrial Potential of CAS 593-81-7

Ongoing research explores CAS 593-81-7 applications in advanced battery electrolytes and polymer catalysts. Preliminary data shows promising results in lithium-ion conductivity enhancement when using modified CAS 593-81-7 formulations. The compound's molecular stability positions it favorably for nanotechnology applications, with projections indicating 25% CAGR in industrial adoption through 2028.

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FAQS on cas 593 81 7

Q: What is the chemical compound associated with CAS 593-81-7?

A: CAS 593-81-7 refers to 1,2-Dichloropropane, a volatile organic compound used in industrial solvents and chemical synthesis. It is highly flammable and toxic upon prolonged exposure. Proper safety protocols are essential when handling this substance.

Q: Is CAS 593-81-7 the same as 593-81-7?

A: Yes, CAS 593-81-7 and 593-81-7 represent the same chemical compound. The "CAS" prefix simply denotes the registry number assigned by the Chemical Abstracts Service. Both identifiers are used interchangeably in scientific literature.

Q: What are the safety hazards of CAS 573-58-0?

A: CAS 573-58-0 corresponds to Cyclohexylamine, which is corrosive and can cause severe skin/eye irritation. Inhalation or ingestion may lead to respiratory and gastrointestinal distress. Always use PPE and follow OSHA guidelines when working with this chemical.

Q: How does CAS 593-81-7 differ from CAS 573-58-0?

A: CAS 593-81-7 (1,2-Dichloropropane) is a chlorinated hydrocarbon, whereas CAS 573-58-0 (Cyclohexylamine) is an amine compound. They differ in structure, toxicity profiles, and industrial applications, necessitating distinct handling and storage protocols.

Q: Where can I find regulatory information for CAS 593-81-7?

A: Regulatory details for CAS 593-81-7 are available in the EPA’s Toxic Substances Control Act (TSCA) database and the European Chemicals Agency (ECHA) guidelines. These resources outline exposure limits, disposal methods, and hazard classifications.