Where Is CAS 59278-00-1 Used? Key Industry Applications | Vinuthana Pharma
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CAS 59278-00-1, also known as 2-[(Acetyloxy)methoxy]ethyl acetate, is a specialty chemical used primarily as an intermediate in pharmaceutical and organic chemical synthesis. It is also known by names including 2-Acetoxyethyl acetoxymethyl ether, (2-Acetoxyethoxy)methyl acetate, and 2-Oxa-1,4-butanediol diacetate. For companies researching CAS NO 59278-00-1 Manufacturers, understanding where this compound is used can help in evaluating sourcing requirements, quality expectations, and potential industrial applications.
1. Pharmaceutical Intermediate Applications
One of the most significant documented uses of CAS 59278-00-1 is as a pharmaceutical intermediate. Chemical databases specifically identify the compound as an intermediate used in the preparation of Acyclovir-d4, making it relevant to specialized pharmaceutical synthesis and research.
Pharmaceutical intermediates are substances used during the multi-stage synthesis of more complex pharmaceutical compounds. Their quality can directly affect downstream processing, which is why manufacturers and pharmaceutical companies generally place emphasis on chemical identity, purity, consistency, and analytical documentation.
2. Acyclovir-Related Synthesis
CAS 59278-00-1 has a particularly important connection with acyclovir-related chemistry. Available chemical references list it as an intermediate for preparing Acyclovir-d4 and identify downstream products such as 9-(2′-acetoxyethoxymethyl)-guanine.
This application places the compound within a specialized segment of pharmaceutical chemistry. It may be relevant to companies working on pharmaceutical intermediates, analytical standards, isotope-labelled compounds, or research associated with nucleoside and antiviral chemistry.
The exact application depends on the synthesis route, process design, and intended downstream product. Therefore, technical specifications should always be evaluated according to the specific manufacturing or research requirement.
3. Organic Chemical Synthesis
The molecular structure of CAS 59278-00-1 contains ester and ether functional groups, making it a useful specialty building block for selected organic synthesis applications. PubChem identifies its molecular formula as C7H12O5 and molecular weight as approximately 176.17 g/mol.
In specialty chemical manufacturing, intermediates such as this can be incorporated into controlled synthesis routes to produce more complex molecules. Consequently, its relevance extends beyond a single pharmaceutical application and includes laboratory and industrial organic chemistry.
4. Pharmaceutical Research and Development
Research organizations can use CAS 59278-00-1 when investigating pharmaceutical synthesis pathways or preparing related compounds. Its documented position as an intermediate means it can be useful during route development, process research, and laboratory-scale synthesis.
For R&D applications, the required quantity may be considerably smaller than commercial manufacturing requirements. Nevertheless, researchers need reliable material identification and suitable analytical information before incorporating a chemical into an experimental process.
A certificate of analysis, specification sheet, and safety documentation can help laboratories assess whether a particular batch meets their project requirements.
5. Specialty Chemical Manufacturing
CAS 59278-00-1 is also relevant to the broader specialty chemicals sector. Supplier databases categorize the compound under intermediates and fine chemicals as well as pharmaceutical-related products.
Specialty chemical manufacturers may source the material for specific synthesis programs where controlled chemical properties and reproducible quality are required. Unlike commodity chemicals, specialty intermediates are often purchased according to project-specific specifications, purity requirements, packaging conditions, and batch quantities.
This makes dependable manufacturing and technical support particularly important for customers purchasing the compound for downstream synthesis.
6. Laboratory and Analytical Applications
Another potential area is laboratory use. Safety documentation for CAS 59278-00-1 identifies laboratory chemicals and manufacture of substances among its relevant identified uses.
Laboratories may require the compound for synthesis experiments, method development, analytical investigations, or reference purposes. In these applications, traceability is especially important. Buyers should be able to associate the material with a clear CAS number, chemical name, batch information, and appropriate analytical documentation.
7. Importance of Purity and Batch Consistency
The intended application of CAS 59278-00-1 can determine the level of quality control required. Pharmaceutical and advanced research applications may require tighter specifications than less demanding laboratory uses.
Important purchasing considerations can include:
Chemical identity and CAS number verification
Assay or purity specification
Appearance and physical characteristics
Batch-to-batch consistency
Certificate of Analysis (COA)
Safety Data Sheet (SDS)
Packaging and storage requirements
Manufacturing and quality-control capabilities
For businesses comparing CAS NO 59278-00-1 Manufacturers, these factors can be more important than simply comparing the quoted price. Consistent material quality can help reduce unexpected variations during downstream chemical processing.
8. Why the Manufacturer Matters
Selecting an experienced manufacturer can be particularly important when CAS 59278-00-1 is intended for pharmaceutical or specialty chemical synthesis. Buyers may need a supplier capable of supporting different quantities while maintaining consistent specifications.
Companies evaluating CAS NO 59278-00-1 Manufacturers should consider manufacturing infrastructure, quality systems, analytical capabilities, production scalability, documentation, packaging, and supply reliability. A supplier with established pharmaceutical manufacturing capabilities may also be better positioned to support customers with technical and quality-related requirements.
Vinuthana states that it manufactures pharmaceutical products, key starting materials, advanced intermediates, APIs, and niche excipients, with manufacturing facilities designed around quality and safety controls. Its product portfolio also specifically lists 2-Acetoxy ethyl acetoxy methyl ether, the name used by Vinuthana for this product.
Conclusion
CAS 59278-00-1 is primarily valuable as a specialty chemical intermediate, with documented applications in pharmaceutical synthesis, particularly Acyclovir-d4-related chemistry, as well as organic synthesis, research, and specialty chemical manufacturing. Its recognized chemical names include 2-[(Acetyloxy)methoxy]ethyl acetate and 2-Acetoxyethyl acetoxymethyl ether.
As demand for specialized pharmaceutical intermediates grows, selecting reliable CAS NO 59278-00-1 Manufacturers becomes an important part of procurement planning. Buyers should evaluate not only availability and pricing but also purity, batch consistency, analytical documentation, manufacturing capabilities, and long-term supply reliability. These considerations can help pharmaceutical and specialty chemical companies establish a dependable source for their synthesis and research requirements.
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