Sodium methylate
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Sodium Ethoxide Sodium Ethoxide Sodium Ethoxide Powder CAS No. 141-52-6
Sodium Methoxide Powder 99% Liquid 30% Solution Price Sodium Methylate
High Purity&Best Price CAS 124-41-4 Sodium Methylate Solution
CAS No. 141-52-6 Technical Pure Sodium Methylate Powder High Grade Sodium Methoxide Organic Synthesis
ISO Factory Supply CAS 124-41-4 Sodium Methylate Sodium Methanolate Sodium Methoxide
Industrial Solid Sodium Methoxide CAS 124-41-4, Core Strong Base for Claisen Condensation
Sodium Methoxide for Pesticides, Catalyst for Intermediate Synthesis of Herbicides & Insecticides
Heavy Metal Residue Sodium Methoxide, Special for Injection & Oral API Synthesis
High Purity Anhydrous Sodium Methoxide, Low-Impurity Catalyst for Injection Apis
Sodium Methoxide CAS 124-41-4, Sodium Methylate, in-Stock Strong Base Condensing Agent for Organic Synthesis
Sodium Methoxide Alkoxide Salt, Alkaline Initiator Additive for Polyether Polymer Synthesis
Low Steric Hindrance Sodium Methylate, No Spatial Barriers for Small-Molecule Methylation
Industrial Sodium Methoxide, Core Raw Material for Cyclization of Organic Diesters Via Dieckmann Condensation
Granular Solid Sodium Methoxide, Easy-Feed Catalytic Raw Material for Industrial Reactors
Anhydrous Stable Sodium Methoxide, Slightly Decomposition Resistant for Anhydrous Reaction Systems
High Efficiency Elimination Specific Sodium Methoxide, Produce Olefins Via Dehydrohalogenation
Chemically Pure Sodium Methoxide, Alkaline Reagent for Organic Chemistry Teaching Experiments
Sodium Methoxide Soluble in Methanol & Ethanol, Special Homogeneous Strong Base for Alcohol Systems
Moisture-Modified Sodium Methoxide, Resist Caking & Failure Under Ordinary Workshop Storage
Alcohol-Specific Soluble Sodium Methoxide, Exclusive Strong Base for Anhydrous Alcohol Systems
Pharmaceutical Grade Sodium Methylate, Special Strong Base for Synthesis of Antiepileptic Phenobarbital
High Purity Pharmaceutical Sodium Methoxide, Zero-Residue Raw Material for High-End Pharmaceutical Formulation Synthesis
Low-Impurity Sodium Methoxide, Catalytic Raw Material for Organic Synthesis of Veterinary Anthelmintic Drugs
Sourcing guidance for Sodium Methylate
What are the key technical specifications to consider when sourcing Sodium Methylate?
Sodium Methylate is primarily available in two forms: Solid (99% purity powder) and Liquid (25-30% solution in methanol). For B2B buyers, it is critical to verify the alkalinity levels and the moisture content (water max 0.2%), as high moisture leads to decomposition into sodium hydroxide and methanol, reducing catalytic efficiency. Ensure the product has a low iron content to prevent discoloration in end-products like biodiesel or pharmaceuticals.
Which industries and usage scenarios typically require high-grade Sodium Methylate?
It is widely used as an alkaline catalyst in the production of Biodiesel (transesterification process). In the pharmaceutical industry, it serves as a reagent for synthesizing Vitamin A1, Vitamin B1, and various sulfadiazine drugs. It is also essential in the edible oil processing sector for interesterification and as an analytical reagent in organic synthesis.
What compliance and safety standards must the product meet for international trade?
As a Class 4.2 (Solid - Spontaneously Combustible) or Class 3 (Liquid - Flammable & Corrosive) hazardous material, it must comply with the IMDG Code for maritime transport. Suppliers must provide a valid MSDS (Material Safety Data Sheet) and COA (Certificate of Analysis). For EU markets, REACH registration is mandatory, while US buyers should ensure compliance with TSCA (Toxic Substances Control Act) regulations.
How can buyers evaluate the quality and stability of a Sodium Methylate supplier?
Prioritize manufacturers with ISO 9001 and ISO 14001 certifications. Given the chemical's sensitivity to air and moisture, evaluate the supplier's packaging technology—look for nitrogen-sealed drums or specialized ISO tanks. Request third-party inspection reports (e.g., SGS or Intertek) to verify that the active alkali content matches the specification sheet before shipment.
Cross-Border Procurement Risks and Logistics for Hazardous Chemicals
What are the primary risks in cross-border purchasing of Sodium Methylate?
The biggest risk is product degradation during transit due to improper sealing, as Sodium Methylate reacts violently with water vapor. Additionally, customs clearance delays are common if the hazardous chemical declarations are inaccurate. To mitigate this, ensure the supplier is experienced in Dangerous Goods (DG) handling and provides clear labeling according to GHS (Globally Harmonized System) standards.
What strategies should be used when negotiating with chemical suppliers?
Focus on Total Cost of Ownership (TCO) rather than just the unit price. Negotiate for tiered pricing based on annual volume rather than one-off orders. Demand a guaranteed shelf-life clause in the contract (typically 6-12 months) and clarify the Incoterms—FOB is often preferred for buyers with their own DG-certified forwarders, while CIF is better if the supplier has a strong relationship with specialized chemical carriers.
How should shipping and storage be handled for a specific destination country?
Sodium Methylate requires specialized DG containers. For long-distance shipping, Liquid Sodium Methylate is often transported in ISO Tanks to reduce packaging waste and improve safety. Upon arrival, the product must be stored in a cool, dry, and well-ventilated warehouse, strictly separated from acids and oxidizers. Ensure your local logistics partner is licensed to handle Class 3 or 4.2 hazardous goods.
How can I ensure transaction security when sourcing from China?
Utilize professional B2B platforms like Made-in-China.com, which offer Audit Reports for suppliers. These reports verify the factory's existence, production capacity, and export qualifications. Always use secure payment methods such as Letters of Credit (L/C) for large bulk chemical orders to ensure funds are only released upon presentation of valid shipping documents and inspection certificates.





























