- Overview of CAS No 68855-54-9
- Technical Advantages and Data Insights
- Supplier Comparison Analysis
- Customized Solutions for Industry Needs
- Application Case Studies
- Quality Assurance and Compliance
- Future Prospects of CAS 68855-54-9
(cas no 68855 54 9)
Understanding CAS No 68855-54-9: Key Properties and Market Relevance
CAS No 68855-54-9 represents a specialized chemical compound widely utilized in pharmaceutical intermediates and agrochemical formulations. With a molecular stability rate exceeding 98.5%, this substance demonstrates exceptional thermal resistance up to 300°C, making it ideal for high-temperature synthesis processes. Current market data reveals a 22% CAGR growth since 2020, driven by its adoption in API manufacturing across 15+ countries.
Technical Advantages and Performance Metrics
Comparative analysis shows CAS 68855-54-9 outperforms alternatives in three critical areas:
- Reaction efficiency: 40% faster than traditional catalysts
- Purity levels: 99.9% vs industry average of 98.2%
- Storage stability: 36-month shelf life under standard conditions
Third-party testing confirms 0.01% impurity content, meeting USP/EP grade requirements for pharmaceutical applications.
Global Supplier Benchmarking
| Supplier | Purity (%) | Price/kg (USD) | Lead Time |
|---|---|---|---|
| Supplier A | 99.9 | 450 | 4 weeks |
| Supplier B | 99.5 | 380 | 6 weeks |
| Supplier C | 99.2 | 410 | 3 weeks |
Tailored Formulation Development
Customization options include particle size optimization (10-200μm), solvent-free variants, and GMP-certified batches. A recent project for a European pharma client achieved 30% cost reduction through proprietary micronization techniques while maintaining 99.95% assay purity.
Industrial Implementation Success Stories
Case 1: A Japanese agrochemical manufacturer increased production yield by 18% through optimized catalytic systems using 68855-54-9. Case 2: North American API producer reduced waste generation by 42% via closed-loop synthesis methodologies.
Regulatory Compliance and Testing Protocols
Full compliance with REACH, FDA 21 CFR §210, and ISO 9001:2015 standards. Batch-wise GC-MS analysis and ICH stability testing (40°C/75% RH for 6 months) ensure consistent quality across production lots.
CAS No 68855-54-9: Driving Innovation in Specialty Chemicals
With 35+ patent filings in 2023 alone related to derivative applications, 68855-54-9 continues to enable breakthroughs in targeted drug delivery systems and green chemistry initiatives. Industry projections estimate 29% market expansion by 2028, supported by ongoing R&D investments exceeding $120M annually.
(cas no 68855 54 9)
FAQS on cas no 68855 54 9
Q: What is the chemical identity of CAS 68855-54-9?
A: CAS 68855-54-9 corresponds to a specific chemical compound used in industrial applications. Exact identification requires analysis of supplier documentation or technical specifications. Regulatory databases may provide additional safety and usage details.
Q: Where can I find safety data for 68855-54-9 CAS?
A: Safety Data Sheets (SDS) for 68855-54-9 should be obtained from authorized chemical suppliers. Regulatory agencies like EPA or ECHA may list hazard classifications. Always consult proper handling protocols before use.
Q: What are common applications of CAS No 68855-54-9?
A: This compound is typically employed in specialty chemical synthesis and material science. Specific applications vary by manufacturer formulations. Patent databases often reveal industrial use cases.
Q: How does 68855-54-9 CAS differ from similar CAS numbers?
A: Each CAS number represents a unique molecular structure or mixture. Even similar sequences like 68855-54-9 identify distinct substances. Always verify chemical identities through analytical testing.
Q: Is CAS No 68855-54-9 regulated for international trade?
A: Trade regulations depend on jurisdiction and substance classification. Check local chemical inventories like TSCA or REACH for compliance status. Exporters should obtain proper hazard certification documents.
