2-Aminopyridine Supplier | CAS 504-29-0 | Pharmaceutical Intermediate Manufacturer
2-Aminopyridine Supplier
High-Purity 2-Aminopyridine for Pharmaceutical and Chemical Manufacturing
2-Aminopyridine is an important heterocyclic compound widely used as a pharmaceutical intermediate, API building block, agrochemical intermediate, and specialty chemical raw material. Due to its unique pyridine ring structure and amino functionality, this compound plays a critical role in modern synthetic chemistry and pharmaceutical manufacturing.
Explore pharmaceutical intermediates used in API development and chemical manufacturing.
Heterocyclic Intermediates Supplier
Heterocyclic Intermediates Supplier
As a professional 2-Aminopyridine Supplier, we provide high-quality materials suitable for research, development, laboratory applications, and industrial-scale chemical synthesis. The compound serves as a valuable starting material in the production of pharmaceutical intermediates, heterocyclic compounds, fine chemicals, and advanced specialty products.
Its versatility, availability, and broad applicability make 2-Aminopyridine one of the most important pyridine derivatives used throughout the chemical industry.
Product Information
Product Name
2-Aminopyridine
CAS Number
504-29-0
Molecular Formula
C₅H₆N₂
Molecular Weight
94.11 g/mol
Chemical Category
Pyridine Derivative
View a complete range of pyridine-based pharmaceutical intermediates
.View a complete range of pyridine-based pharmaceutical intermediates.
Pyridine Derivatives Supplier
Industry Classification
Pharmaceutical Intermediate
Product Type
Heterocyclic Intermediate
Applications
Pharmaceutical Manufacturing, Chemical Synthesis, Agrochemical Production, Research and Development
What Is 2-Aminopyridine?
2-Aminopyridine is an aromatic heterocyclic amine containing both a pyridine nitrogen atom and an amino functional group. This combination creates a highly reactive and versatile chemical structure suitable for numerous synthetic transformations.
The compound is widely recognized as an important building block in pharmaceutical chemistry because it can participate in various reactions used to create more complex molecules.
Its structural properties allow chemists to develop advanced intermediates, active pharmaceutical ingredients, and specialty chemicals through efficient synthetic pathways.
Importance of 2-Aminopyridine in Pharmaceutical Manufacturing
The pharmaceutical industry relies heavily on heterocyclic compounds, and 2-Aminopyridine serves as a valuable intermediate in many manufacturing processes.
Benefits include:
High synthetic versatility
Multiple reaction pathways
Broad compatibility with pharmaceutical chemistry
Useful amino functionality
Valuable pyridine ring structure
Many medicinal chemistry programs utilize pyridine derivatives during the discovery and development of new pharmaceutical compounds.
As a result, demand for high-quality 2-Aminopyridine remains strong among pharmaceutical manufacturers and research organizations.
Applications of 2-Aminopyridine
Pharmaceutical Intermediates
One of the most important uses of 2-Aminopyridine is the production of pharmaceutical intermediates.
Applications include:
Drug discovery programs
API development
Medicinal chemistry
Pharmaceutical synthesis
Process development
The compound serves as a versatile starting material for constructing complex therapeutic molecules.
API Manufacturing
Active Pharmaceutical Ingredient (API) manufacturers frequently utilize pyridine derivatives during synthesis.
Advantages include:
Structural flexibility
Reliable reaction performance
Compatibility with multiple synthetic routes
2-Aminopyridine contributes to the efficient production of advanced pharmaceutical compounds.
Explore key starting materials used in pharmaceutical production.
Chemical Knowledge Center
Heterocyclic Compound Synthesis
Heterocyclic chemistry remains one of the most important areas of modern pharmaceutical research.
2-Aminopyridine is commonly used for:
Ring formation reactions
Intermediate production
Advanced heterocycle synthesis
Specialty chemical development
Its amino group enables numerous chemical transformations.
Agrochemical Industry
Agricultural chemical manufacturers use pyridine intermediates for the development of crop protection products.
Applications may include:
Herbicide intermediates
Fungicide intermediates
Insecticide synthesis
Agricultural research
Pyridine chemistry continues to support innovation within agrochemical sectors.
Specialty Chemicals
2-Aminopyridine also supports specialty chemical manufacturing.
Applications include:
Fine chemicals
Functional materials
Research compounds
Custom synthesis projects
Its versatility makes it useful across diverse industrial sectors.
Advantages of 2-Aminopyridine
Highly Versatile Intermediate
The compound can participate in a wide range of chemical reactions.
This flexibility makes it useful for:
Pharmaceutical development
Research chemistry
Industrial manufacturing
Strong Market Demand
Pyridine derivatives remain important building blocks within global pharmaceutical supply chains.
Demand continues due to:
Ongoing drug development
Generic pharmaceutical production
Expansion of chemical manufacturing
Efficient Chemical Reactivity
The amino group provides opportunities for:
Coupling reactions
Substitution reactions
Intermediate synthesis
Functionalization processes
This improves its value as a chemical building block
.
Broad Industrial Applications
Few intermediates serve as many industries as 2-Aminopyridine.
Users include:
Pharmaceutical companies
Chemical manufacturers
Research institutions
Agrochemical producers
Why Choose a Professional 2-Aminopyridine Supplier?
Selecting the right supplier is essential for maintaining consistent manufacturing standards.
Professional suppliers provide:
Consistent Quality
Reliable production processes help ensure:
Product consistency
Manufacturing efficiency
Reproducible results
Technical Documentation
Industrial buyers often require:
Certificate of Analysis (COA)
Product Specifications
Safety Data Sheets (SDS)
Technical Information
Supply Reliability
Stable sourcing helps customers:
Maintain production schedules
Reduce supply interruptions
Improve procurement planning
Global Supply Support
International customers often require:
Flexible packaging
Export support
Bulk supply capabilities
2-Aminopyridine in Medicinal Chemistry
Medicinal chemists frequently utilize pyridine compounds due to their importance in biologically active molecules.
Benefits include:
Improved molecular properties
Enhanced design flexibility
Proven pharmaceutical relevance
2-Aminopyridine serves as an important building block for creating advanced therapeutic candidates.
Role in Modern Drug Discovery
Drug discovery programs require versatile intermediates capable of supporting diverse chemical transformations.
2-Aminopyridine assists researchers by providing:
Multiple derivatization opportunities
Efficient synthesis pathways
Broad application potential
Its usefulness extends from early-stage research through process development.
Growing Demand for Pyridine-Based Intermediates
Several market trends support continued demand:
Pharmaceutical Expansion
Global pharmaceutical production continues to increase.
API Manufacturing Growth
Manufacturers require reliable intermediate suppliers.
Specialty Chemical Development
Advanced materials and specialty compounds often utilize pyridine chemistry.
Research Investment
Research organizations continue developing new pyridine-based compounds.
Related Pyridine Derivatives
Customers interested in 2-Aminopyridine may also require:
2-Chloropyridine
3-Chloropyridine
2-Bromopyridine
3-Aminopyridine
3-Bromo-5-cyanopyridine
Fluoropyridine derivatives
These compounds form part of broader pyridine chemistry programs.
Learn about 2-Chloropyridine applications and industrial use
2-Chloropyridine Supplier
Quality and Supply Considerations
When sourcing 2-Aminopyridine, customers often evaluate:
Purity Standards
Consistent quality supports reliable manufacturing.
Product Availability
Stable supply chains reduce operational risks.
Documentation
Proper technical information improves procurement efficiency.
Packaging Options
Flexible packaging supports different operational requirements.
Industries Served
Pharmaceutical Manufacturing
API and intermediate production.
Chemical Manufacturing
Specialty chemicals and advanced synthesis.
Agrochemical Development
Crop protection research and manufacturing.
Research Institutions
Academic and industrial research programs.
Fine Chemicals
High-value specialty chemical applications.
Conclusion
2-Aminopyridine is a highly important pyridine derivative used throughout pharmaceutical manufacturing, API development, heterocyclic chemistry, agrochemical production, and specialty chemical synthesis.
As a trusted 2-Aminopyridine Supplier, providing reliable quality, technical support, and dependable supply solutions helps meet the needs of pharmaceutical companies, chemical manufacturers, and research organizations worldwide.
Its versatility, broad application range, and continued relevance in modern synthetic chemistry ensure that 2-Aminopyridine remains an essential pharmaceutical intermediate for years to come.
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