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66-22-8
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Packaging & Storage |
Packaging: 25 kg/drum. Custom packaging can be discussed based on order quantity and transportation requirements.
Storage: Store Uracil (CAS 66‑22‑8) in a tightly‑closed container. Keep in a cool, dry and well‑ventilated warehouse at recommended storage temperature of 2‑8°C, avoid direct sunlight and high‑humidity environment. Prevent moisture absorption. Keep away from oxidizing agents and heat sources.Do not store together with strong oxidants. Seal packaging after partial use.
Storage & Handling Notes
For powdered Uracil (CAS 66‑22‑8), prolonged exposure to temperatures above 8°C, high humidity or improper open‑container storage may cause the material to absorb moisture and degrade.
Store uracil in tightly sealed containers. Maintain recommended storage temperature at 2‑8°C, keep in cool, dry and well‑ventilated conditions. Avoid direct sunlight. Keep away from strong oxidizing agents and heat sources. Reseal containers promptly after partial withdrawal. Do not stack heavy loads directly on product packaging.
Shipping & Delivery |
Jinan, China
Immediately after payment
Qingdao / Tianjin / Shanghai / Ningbo
Sample Support
Samples are available for evaluation before bulk orders. Shipment arrangements depend on destination and applicable transportation requirements.
Factory & Quality Control |
Consistent quality control for each production batch.
Technical documents available upon request.
Samples available for product evaluation.
Custom specifications available upon request.
View Factory & Quality Control → View Technical Documents →
Applications |
Applications of Uracil
Uracil (CAS 66-22-8) is a pyrimidine heterocyclic compound widely used as a key building-block intermediate in pharmaceutical synthesis and biochemical research. Its molecular structure makes it particularly suitable for nucleoside derivative synthesis, biochemical culture media, and selected fine-chemical manufacturing systems.
Pharmaceutical Intermediates & Nucleoside Synthesis
Uracil is commonly used in the production of nucleoside pharmaceutical intermediates for anti-viral and anti-tumor drug synthesis. Its pyrimidine ring structure can support reliable synthetic reactivity, high derivatization efficiency, and formulation flexibility, making it suitable for pharmaceutical fine-chemical applications.
Typical application areas include:
Nucleoside drug intermediates
Antiviral raw-material synthesis
Pharmaceutical fine-chemical production
Synthetic route for pyrimidine derivatives
Biochemical Reagents & Cell Culture Media
Uracil can be used in biological systems designed for molecular-biology research, microbial culture and biochemical assay media. Uracil-based formulations may provide a useful balance of biological compatibility and experimental performance, including support for microbial growth, nucleic-acid research and strain screening.
It is particularly suitable for formulations where high purity, stable biological activity, and consistent experimental reproducibility are required.
Fine-Chemical Synthesis & Life-Science Research
Uracil is also used as a pyrimidine raw-material component in organic fine-chemical synthesis. These synthetic systems are used in life-science laboratories and applications requiring reliable heterocyclic compound performance.
Typical applications include:
Biochemical research reagents
Microbial culture media additives
Heterocyclic compound synthesis
Laboratory biological assay products
Uracil-based derivative systems can be used in life-science research and pharmaceutical development applications, particularly where high raw-material purity and stable synthetic reactivity are important performance considerations.
The final performance of Uracil in any synthesis or biological system depends on the complete formulation, reaction ratio, processing conditions, purification system, and intended end use. Customers should evaluate product suitability according to their specific formulation and application requirements.
