High Purity Dichloro-propylthiopyrimidine Amine: Key Intermediate for Pharmaceutical Synthesis
Pioneering pharmaceutical and agrochemical advancements with our high-purity compound.
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4,6-Dichloro-2-Propylthiopyrimidine-5-Amine
This advanced chemical compound serves as a pivotal building block for diverse industries. As a high-purity chemical intermediate, it is essential for the synthesis of critical therapeutic agents and plays a significant role in modern agricultural solutions, ensuring both efficacy and sustainability.
- Experience the versatile benefits of this high purity chemical intermediate for drug development, ensuring optimal reaction outcomes.
- Its exceptional stability and broad solvent compatibility streamline complex synthesis processes.
- Achieve superior results while reducing cost due to its effectiveness at low concentrations.
- Support environmentally conscious production with a compound that minimizes impact and promotes sustainable practices.
Key Advantages in Chemical Synthesis
Precision in Pharmaceutical Synthesis
This compound is a crucial intermediate for antiplatelet drugs synthesis, enabling the creation of vital medications for cardiovascular health with high precision.
Efficiency in Agrochemical Formulation
As a raw material for selective herbicides, it allows for the development of highly effective and targeted crop protection products, optimizing agricultural yield.
Versatility Across Research & Industry
From its utility as a chemical standard for analytical methods to its role in polymer property enhancement, its versatility drives innovation in various sectors.
Key Applications
Pharmaceutical Development
Crucial for antiplatelet drug synthesis and the development of antiviral agent development and anticancer compound synthesis, expanding therapeutic options.
Agricultural Chemistry
Utilized in selective herbicide formulation, providing effective solutions for crop protection and improving agricultural productivity.
Biochemical Research
Applied in biochemical research for enzyme inhibition and receptor binding studies, contributing to a deeper understanding of biological processes.
Material Science & Analysis
Incorporated into polymer formulations for polymer property enhancement, and used as a chemical standard for analytical methods to ensure quality control.