High Purity Thymidine-a-t (CAS 1148-63-6) for Advanced Electronic Chemical Applications
Discover the critical role of Thymidine-a-t in cutting-edge OLED technology and chemical synthesis.
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Thymidine-a-t
Thymidine-a-t, identified by CAS number 1148-63-6, is a specialized chemical compound vital for applications in advanced electronic materials, particularly within the OLED sector. Its precise molecular formula (C10H13 N2 O5 T) and defined molecular weight underscore its utility in complex chemical synthesis and research and development projects. Sourcing high purity thymidine is crucial for achieving optimal performance in these demanding applications.
- Explore the applications of thymidine-a-t in cutting-edge OLED technology, ensuring high-performance displays.
- Leverage our reliable supply of high purity thymidine for your critical chemical synthesis needs.
- Understand the importance of specific CAS numbers like 1148-63-6 for accurate chemical sourcing and traceability in R&D.
- Benefit from flexible ordering options and secure transportation for your chemical requirements.
Key Advantages
Specialized Electronic Chemical
This specialized compound serves as a key component in the development of advanced electronic chemicals, facilitating innovation in OLED technology and other high-tech fields.
Reliable Sourcing of Nucleosides
We provide a dependable source for nucleoside analogues, including Thymidine-a-t, supporting your research and manufacturing processes with consistent quality.
Precise Chemical Identification
Utilizing specific CAS numbers like 1148-63-6 ensures that researchers and manufacturers can accurately identify and procure the exact fine chemicals required for their projects.
Key Applications
OLED Technology
Thymidine-a-t plays a role in the development and production of components for OLED displays, contributing to their advanced functionality.
Chemical Synthesis
As a fine chemical, it is instrumental in various synthesis pathways, supporting the creation of complex organic molecules.
Research & Development
This compound is a valuable tool for researchers exploring new materials and applications in organic electronics and biochemistry.
Specialty Organic Materials
Its specific structure makes it suitable for niche applications requiring high-purity organic compounds.