Manganese Naphthenate (Mn 6%)

Form :

Liquid

Molecular Weight :

860 G/Mol

Boiling Point :

210 °C

Melting Point :

20 °C

Flash Point :

60 °C

Solubility :

Soluble In Mineral Spirits And Nonpolar Solvents; Insoluble In Water

Description :

Overview of Manganese Naphthenate (Mn 6%)

Manganese Naphthenate (Mn 6%) (CAS: 1338-03-4) is a metallic carboxylate complex widely used in industrial coatings, paints, drying oils, polymer additives, and specialty chemical applications. It appears as a dark brown to reddish-brown viscous liquid and is valued for its catalytic activity, oxidative drying properties, and stability in organic media.

This compound serves as an efficient drier in alkyd, oil-based, and solvent-borne paints, promoting rapid oxidative cross-linking and improving film hardness, gloss, and durability. Its manganese content (6%) provides optimal performance in industrial paint formulations, protective coatings, and polymer systems.

In industrial applications, other metal naphthenates like Cobalt Naphthenate, Lead Naphthenate, and Iron Naphthenate are also used for catalytic drying, curing accelerators, and resin modification.


Applications of Manganese Naphthenate (Mn 6%)

Industrial Coatings & Paints

  • Serves as a catalyst in alkyd, enamel, and oil-based paints

  • Accelerates oxidative curing and drying

  • Improves film hardness, gloss, and adhesion

  • Used in protective and decorative coatings


Polymer & Resin Applications

  • Applied in polyurethane, epoxy, and polyester resin systems

  • Enhances cross-linking efficiency and curing performance

  • Suitable for industrial and specialty polymer production


Specialty Chemical Manufacturing

  • Functions as a metallic catalyst in fine chemical synthesis

  • Used in synthesis of organometallic compounds and specialty intermediates

  • Supports oxidation reactions and polymer modification


Laboratory & Research Applications

  • Utilized in R&D laboratories for paint and polymer studies

  • Supports catalysis and oxidative reaction experiments

  • Applied in development of high-performance coatings and resin formulations


Safety & Handling Guidelines

  • Avoid contact with skin, eyes, and clothing

  • Use gloves, goggles, and protective clothing

  • Handle in well-ventilated areas or fume hoods

  • Store in tightly sealed containers in a cool, dry environment

  • Keep away from strong oxidizers and acids

  • Follow COA and MSDS instructions carefully

 

Where to Buy Manganese Naphthenate (Mn 6%)?

Manganese Naphthenate Manufacturer

ChemicalBull supplies high-purity Manganese Naphthenate (Mn 6%) suitable for industrial coatings, polymer additives, and specialty chemical applications.


Manganese Naphthenate Supplier & Distributor

  • Available in bulk and laboratory-scale packaging

  • Ideal for coatings, paints, resin curing, and chemical synthesis

  • COA, MSDS, and detailed technical specifications provided

 

Manganese Naphthenate (Mn 6%) MSDS

  • May cause irritation to skin, eyes, and respiratory tract

  • Combustible—avoid heat, sparks, and open flames

  • Avoid inhalation of vapors and prolonged exposure

  • Store in cool, dry, ventilated conditions away from incompatible materials

  • Refer to full MSDS for emergency response and spill management procedures


Frequently Asked Questions (FAQs)

  1. What is the molecular formula of Manganese Naphthenate (Mn 6%)?

    Molecular Formula: C₃₀H₅₄MnO₆ (approximate, varies by manufacturer)
    Molecular Weight: ~570 g/mol (varies with naphthenate chain length)

  2. What is Manganese Naphthenate used for?

    Used as a catalyst and drying agent in coatings, paints, polymer resins, and specialty chemical synthesis.

  3. Which industries use Manganese Naphthenate?

    Common industries include coatings and paints, polymer manufacturing, industrial resins, and specialty chemical production.

  4. Is Manganese Naphthenate hazardous?

    Yes. It can cause skin and eye irritation, and should be handled using appropriate PPE following MSDS guidelines.

  5. Why is it preferred in industrial coatings?

    It accelerates oxidative drying and cross-linking, improving durability, gloss, and hardness of paint and resin films.