7-(4-Chlorobutoxy)quinolin-2(1H)-one: A Key Intermediate for Brexpiprazole API Synthesis

Discover our premium 7-(4-Chlorobutoxy)quinolin-2(1H)-one, a crucial intermediate ensuring the highest quality in your Brexpiprazole API production. Elevate your pharmaceutical synthesis with unparalleled purity and reliability.

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Advantages of Our Advanced Intermediate

Superior Quality Assurance

Our 7-(4-Chlorobutoxy)quinolin-2(1H)-one boasts a high purity (≥99.0%) and remarkably low total impurity (≤0.5%), making it an ideal choice for sensitive pharmaceutical processes. This commitment to quality minimizes downstream purification efforts, saving time and resources.

Optimized for Brexpiprazole Synthesis

Designed as an essential Brexpiprazole precursor, our compound seamlessly integrates into existing synthetic routes. Its consistent quality supports higher yields and predictable reaction outcomes in pharmaceutical synthesis.

Diverse Application Potential

Beyond its primary role, this versatile chemical intermediate also finds application in industrial products like plastics and pesticides, offering broad utility for various chemical sectors. Its stable storage conditions further ensure long-term viability.

Key Applications

Brexpiprazole API Synthesis

Primarily, our product serves as a vital Brexpiprazole intermediate, crucial for the efficient and high-yield production of this important active pharmaceutical ingredient.

Industrial Product Manufacturing

It is also a key component in plastics manufacturing, contributing to the development of various polymer-based materials with enhanced properties.

Agricultural Formulations

This compound plays a role in pesticides manufacturing, aiding in the creation of effective and reliable agricultural solutions for crop protection.

Neuroscience and Research

Emerging research indicates its use in neurotransmitter modulation research, specifically exploring its effects on dopamine pathways, offering new avenues for scientific discovery.

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