Dess Martin Periodinane (CAS 87413-09-0) represents a premium oxidation reagent engineered for precise chemical transformations in demanding synthetic applications. This high-performance oxidizing agent, with molecular formula C13H13IO8 and molecular weight 424.14, delivers exceptional 100% purity and reliable performance in organic synthesis operations. Manufactured to rigorous quality standards, it ensures consistent, reproducible results for critical oxidation reactions where conventional methods often fall short. The liquid formulation facilitates straightforward handling and accurate measurement, while robust air-tight packaging maintains product integrity throughout storage, handling, and transportation, protecting against environmental degradation.

This specialized oxidizing agent plays vital roles across multiple industries including pharmaceutical development, academic research, and industrial chemical production. Pharmaceutical manufacturers utilize it extensively for synthe...

Dess Martin Periodinane (CAS 87413-09-0) represents a premium oxidation reagent engineered for precise chemical transformations in demanding synthetic applications. This high-performance oxidizing agent, with molecular formula C13H13IO8 and molecular weight 424.14, delivers exceptional 100% purity and reliable performance in organic synthesis operations. Manufactured to rigorous quality standards, it ensures consistent, reproducible results for critical oxidation reactions where conventional methods often fall short. The liquid formulation facilitates straightforward handling and accurate measurement, while robust air-tight packaging maintains product integrity throughout storage, handling, and transportation, protecting against environmental degradation.

This specialized oxidizing agent plays vital roles across multiple industries including pharmaceutical development, academic research, and industrial chemical production. Pharmaceutical manufacturers utilize it extensively for synthesizing complex drug intermediates that require selective alcohol oxidation without compromising other functional groups. Research institutions depend on its predictable behavior for developing innovative synthetic pathways and investigating reaction mechanisms. Chemical producers employ Dess Martin Periodinane for manufacturing high-value specialty chemicals where precision oxidation directly influences final product quality, purity, and overall yield. Its applications further extend to agrochemical production, advanced materials science, and fine chemical synthesis where controlled, selective oxidation processes are essential for success.

The business value of Dess Martin Periodinane lies in its capacity to optimize synthetic processes while delivering unmatched reliability and performance consistency. By minimizing side reactions and enhancing reaction yields, this reagent directly improves production efficiency and cost-effectiveness throughout manufacturing operations. The guaranteed 100% purity ensures batch-to-batch consistency, eliminating process variability and supporting quality control protocols. Its high effectiveness translates to reduced reagent consumption and lower waste generation, contributing to more sustainable operational practices. The absence of significant side effects simplifies purification requirements, conserving time and resources while maintaining stringent product quality standards across the entire supply chain.

Key Features:
- CAS Number 87413-09-0 with precise molecular formula C13H13IO8 and weight 424.14
- Exceptional 100% purity level with minimal 2% admixture content for consistency
- Liquid appearance enabling easy handling and precise measurement accuracy
- Air-tight packaging ensuring long-term stability and protection from contamination
- Rigorously quality tested and verified for consistent performance standards

Benefits:
- Guaranteed 100% purity ensures reliable, reproducible reaction outcomes every time
- Selective oxidation capability preserves sensitive functional groups in complex molecules
- Reduced side reactions minimize purification needs and streamline processes
- Enhanced yield and efficiency lower overall production costs significantly
- Stable shelf life and consistent quality support uninterrupted manufacturing operations