Methyl 6-Methyl Nicotinate Manufacturer for Reliable B2B Chemical Supply
If you are evaluating a Methyl 6-methyl Nicotinate manufacturer, technical identity, batch consistency, documentation, scalability and supply reliability should be considered alongside price. Methyl 6-methylnicotinate is a pyridine-based ester identified by CAS 5470-70-2 and is also known as methyl 6-methylpyridine-3-carboxylate. For pharmaceutical, fine-chemical and research applications, sourcing the correct chemical entity and agreeing on the required specification before production are essential.
Shree Ganesh Chemical supports standard manufacturing, custom synthesis and R&D-to-scale-up requirements for customers in India and international markets. Our approach is focused on specification-driven production, analytical control and dependable technical communication throughout the procurement cycle.
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What Is Methyl 6-Methyl Nicotinate?
Methyl 6-methylnicotinate is a methyl ester of 6-methylnicotinic acid. Its systematic chemical name is methyl 6-methylpyridine-3-carboxylate.
According to PubChem, the compound has the following core identifiers:
| Property | Information |
| Chemical name | Methyl 6-methylnicotinate |
| IUPAC name | Methyl 6-methylpyridine-3-carboxylate |
| CAS Number | 5470-70-2 |
| Molecular formula | C₈H₉NO₂ |
| Molecular weight | 151.16 g/mol |
| PubChem CID | 231548 |
| EC Number | 611-187-9 |
| InChIKey | VYPPZXZHYDSBSJ-UHFFFAOYSA-N |
These identifiers are useful when preparing purchase specifications, RFQs, regulatory documentation and analytical records because chemical names can vary between suppliers and databases.
Technical verification matters: buyers should always cross-check the CAS number, molecular structure, specification and analytical documentation rather than relying only on a commercial product name.
Chemical Identity and Nomenclature
The same material may appear under several names in supplier databases, technical documents and chemical catalogs. Commonly encountered names include:
- Methyl 6-methylnicotinate
- Methyl 6-methyl nicotinate
- 6-Methylnicotinic acid methyl ester
- Methyl 6-methylpyridine-3-carboxylate
- 3-Pyridinecarboxylic acid, 6-methyl-, methyl ester
- 6-Methyl-nicotinic acid methyl ester
This nomenclature variation makes CAS-based identification particularly important during sourcing.
For international procurement, the buyer and manufacturer should ideally establish a common technical specification before commercial production begins.
Methyl 6-Methyl Nicotinate Manufacturer: Manufacturing Approach
A reliable Methyl 6-methyl Nicotinate manufacturer should be able to translate the customer’s required specification into controlled manufacturing and testing parameters.
At Shree Ganesh Chemicals, manufacturing can be structured around three requirements:
1. Standard Manufacturing
For established product specifications, production follows an agreed manufacturing and quality-control framework.
Key considerations include:
- Approved raw materials
- Defined process parameters
- In-process monitoring
- Controlled reaction conditions
- Work-up and purification
- Drying or finishing
- Batch identification
- Final analytical testing
- Release against agreed specifications
2. Custom Synthesis
Different applications can require different purity targets, impurity profiles, packaging formats or analytical requirements.
Custom synthesis can therefore be considered when a customer requires:
- A customer-specific specification
- Modified batch size
- Defined impurity limits
- Specific analytical requirements
- Special packaging
- Process development support
- Scale-up from laboratory or pilot quantities
Custom synthesis should begin with a technical discussion rather than a price-only RFQ. This allows the manufacturer to understand the intended application, required specification and expected annual demand.
3. R&D and Scale-Up
R&D-scale production and commercial manufacturing require different priorities.
At the development stage, emphasis is typically placed on:
Chemistry → Purity → Reproducibility → Analytical understanding → Process robustness → Scale-up
The objective is not simply to produce one successful laboratory batch. A scalable process should demonstrate that the desired quality can be reproduced as batch size increases.
Key Specifications Buyers Should Evaluate
A buyer should avoid selecting a supplier solely on a quoted purity percentage.
A more useful technical evaluation considers the complete specification.
| Parameter | What the buyer should confirm |
| Chemical identity | Correct compound and CAS |
| Purity | Agreed analytical specification |
| Appearance | Agreed physical description |
| Assay method | GC, HPLC or other appropriate method |
| Related substances | Defined limits where required |
| Moisture/water | Agreed limit and test method |
| Residual solvents | Applicable limits and analytical method |
| Batch consistency | Historical or representative COA data |
| Packaging | Agreed container and quantity |
| Shelf life/retest | Supplier-defined and documented |
| SDS | Current safety documentation |
| COA | Batch-specific certificate of analysis |
The exact acceptance criteria should be agreed between buyer and supplier rather than copied from an unrelated catalog listing.
Why Analytical Documentation Matters
A technically capable manufacturer should be able to provide appropriate analytical documentation for the supplied material.
Depending on the customer’s requirements, documentation may include:
- Certificate of Analysis
- Safety Data Sheet
- Product specification
- Analytical test report
- Chromatographic data where applicable
- Batch number and manufacturing date
- Retest or expiry information where applicable
- Packaging information
- Shipment documentation
For regulated or quality-sensitive applications, customers may also require additional qualification documents.
The important principle is simple:
A chemical specification is only useful when the manufacturer can demonstrate that each delivered batch has been evaluated against that specification.
This documentation-driven approach helps procurement, quality and technical teams evaluate the same material using a common evidence base.
Applications and Potential Uses
Methyl 6-methylnicotinate is a specialty pyridine derivative used as a chemical building block and intermediate in synthesis.
Its documented commercial presence includes applications associated with pharmaceutical intermediate chemistry. Supplier and industry databases also associate the compound with intermediate applications related to etoricoxib synthesis.
However, application statements should be interpreted carefully.
A chemical intermediate should not automatically be described as an API, finished pharmaceutical ingredient or therapeutic product. Its role depends on the customer’s downstream synthesis and intended application.
For this reason, Shree Ganesh Chemicals can discuss the material based on its chemical identity, agreed specification and intended technical use rather than making unsupported end-use claims.
Methyl 6-Methyl Nicotinate for Pharmaceutical and Fine-Chemical Synthesis
Pyridine derivatives are important building blocks in pharmaceutical and specialty-chemical synthesis because the pyridine ring provides a versatile heteroaromatic framework.
For buyers evaluating this material, the most important questions are usually:
- Is the correct chemical identity being supplied?
- Does the material meet the required purity?
- Is the impurity profile acceptable?
- Can the supplier reproduce the specification across batches?
- Can the manufacturer support the required quantity?
- Can the supplier provide suitable technical documentation?
These questions are often more valuable than comparing suppliers based only on the lowest quoted price.
Quality Control for Methyl 6-Methyl Nicotinate
Quality control should cover both identity and purity.
A practical analytical framework may include appropriate techniques such as:
Identity Testing
Identity testing confirms that the material corresponds to the intended chemical entity.
Depending on the agreed specification, techniques may include:
- FTIR
- GC-MS
- NMR
- Other suitable spectroscopic or chromatographic techniques
Purity and Related Substances
Chromatographic analysis can be used to assess assay and related substances where appropriate.
The analytical method should be suitable for the product specification and sufficiently capable of distinguishing the principal compound from relevant impurities.
Physical Testing
Depending on the agreed specification, physical characteristics may include:
- Appearance
- Moisture
- Melting behavior
- Residual solvent profile
- Other relevant physical or chemical parameters
The final testing package should be aligned with the customer’s intended application and quality requirements.
How to Select a Reliable Supplier
Selecting the right supplier involves more than asking, “What is your price per kilogram?”
A better supplier-qualification process evaluates five areas.
1. Identity and Specification Control
Confirm the CAS number, molecular formula, molecular weight, structure and agreed product specification.
2. Analytical Capability
Ask how the supplier verifies identity, purity and relevant impurities.
3. Manufacturing Capability
Determine whether the supplier can support:
- Laboratory requirements
- Development batches
- Pilot quantities
- Commercial-scale requirements
- Repeat orders
4. Documentation
Review representative documentation before commercial procurement wherever possible.
5. Supply Reliability
Consider:
- Lead time
- Batch size
- Production capacity
- Packaging
- Export capability
- Logistics
- Communication
- Change-control expectations
A supplier that can consistently deliver the required specification may create significantly more value than a supplier offering a lower initial price but inconsistent quality.
Methyl 6-Methyl Nicotinate Manufacturer for Custom Synthesis and Scale-Up
Not every customer needs an off-the-shelf specification.
For research organizations, pharmaceutical companies and specialty-chemical businesses, the requirement may begin with a small development quantity and eventually move toward larger-scale production.
[Your Company Name] can support projects through:
R&D → Process Development → Scale-Up → Manufacturing → Quality Documentation → Supply
Custom manufacturing discussions can cover:
- Target quantity
- Required purity
- Starting material considerations
- Analytical requirements
- Impurity requirements
- Packaging
- Delivery location
- Development timeline
- Expected repeat demand
For new projects, customers are encouraged to provide their target specification and application requirements as early as possible.
Discuss your custom requirement
India and Global Supply Considerations
For customers sourcing from India, supplier evaluation should consider both technical and commercial factors.
For international customers, additional considerations may include:
- Export documentation
- Packaging requirements
- SDS requirements
- Country-specific regulatory expectations
- Transport classification
- Customs documentation
- Incoterms
- Shipping quantity
- Destination-country requirements
A technically strong supplier should be able to identify documentation requirements early in the procurement process rather than after production has been completed.
Methyl 6-Methyl Nicotinate vs. Similar Chemical Names
Chemical procurement can become complicated when compounds have similar names.
For example, methyl nicotinate and Methyl 6-methylnicotinate are not the same chemical entity.
Methyl nicotinate has a different molecular formula and CAS number from the 6-methyl substituted compound.
Therefore, purchasing teams should verify the following before issuing a purchase order:
Chemical name + CAS number + molecular structure + specification
This simple four-point verification can prevent costly sourcing errors.
Frequently Asked Questions
What is Methyl 6-Methyl Nicotinate?
It is a pyridine-based methyl ester also known as methyl 6-methylpyridine-3-carboxylate. Its CAS number is 5470-70-2 and its molecular formula is C₈H₉NO₂.
What is the CAS number of Methyl 6-Methylnicotinate?
The CAS number is 5470-70-2.
What is the molecular weight?
The molecular weight is 151.16 g/mol.
Is Methyl 6-Methyl Nicotinate available for bulk supply?
Bulk availability depends on the manufacturer’s production capability, agreed specification, quantity and production schedule. Buyers should request a quotation based on their required quantity and specification.
Can it be custom manufactured?
Yes. Custom manufacturing can be considered when a customer requires a specific purity, impurity profile, batch size, analytical specification or development pathway.
Can the product be scaled from R&D quantities to commercial production?
R&D-to-scale-up support depends on the manufacturer’s process-development and production capabilities. A proper scale-up assessment should evaluate process robustness, analytical control and reproducibility.
What documents should I request from a supplier?
At minimum, buyers should consider requesting a current product specification, batch-specific COA and SDS. Additional documentation may be appropriate depending on the application and market.
How should buyers compare two suppliers?
Compare chemical identity, specification, analytical capability, batch consistency, documentation, manufacturing scale, lead time and total supply reliability—not only price.
Why Choose Shree Ganesh Chemicals?
Shree Ganesh Chemicals works with customers requiring dependable specialty-chemical manufacturing and technical support across India and international markets.
Our capabilities include:
- Standard manufacturing
- Custom synthesis
- R&D support
- Process scale-up
- Specification-driven production
- Analytical quality control
- Technical documentation
- B2B supply support
Our objective is to make chemical sourcing more predictable by connecting technical requirements, manufacturing capability and quality documentation.
Looking for a Reliable Chemical Manufacturing Partner?
Whether you need an established product specification, a development batch or a custom manufacturing discussion, our technical team can evaluate your requirement.
Buyer Checklist for Methyl 6-Methyl Nicotinate
Before finalizing a supplier, verify:
☐ Correct CAS number
☐ Correct molecular structure
☐ Agreed purity
☐ Agreed impurity limits
☐ Batch-specific COA
☐ Current SDS
☐ Analytical method
☐ Packaging requirements
☐ MOQ
☐ Lead time
☐ Production scale
☐ Custom synthesis capability
☐ Export capability
☐ Shipping documentation
☐ Change-control expectations
A supplier that can answer these questions clearly is generally easier to qualify and manage over the long term.
Technical Resources
For independent chemical verification and further technical research, useful resources include:
- PubChem – Methyl 6-methylnicotinate
Use this resource to verify chemical identifiers, structure, molecular formula, molecular weight and related chemical information. - European Chemicals Agency (ECHA)
Useful for checking European chemical regulatory information and substance identifiers. - CAS Common Chemistry
Useful for chemical substance identification and CAS-related information. - NIST Chemistry WebBook
Useful for chemical and spectroscopic reference information where available.
Final Takeaway
Choosing a Methyl 6-methyl Nicotinate manufacturer should be approached as a technical sourcing decision rather than a simple price comparison.
The strongest supplier relationship combines verified chemical identity, clearly defined specifications, analytical capability, manufacturing consistency, scalable production and reliable documentation.
For organizations in India and global markets, Shree Ganesh Chemical offers standard manufacturing, custom synthesis and R&D-to-scale-up support for customers seeking a technically focused chemical manufacturing partner.
