What Is The Price Of Manganese Metal Flakes? What Is Electrolytic Manganese Metal Used For? - News - News

What is the price of manganese metal flakes?

Today's European electrolytic manganese market price
Unit: US dollars/ton
product	Specification	Lowest price	rise and fall	highest price	rise and fall	Price Explanation
Electrolytic manganese	99.70%	2085	--	2105	--	European market

What is the price of manganese metal flakes per kg?

Today's price of manganese metal exported from China
Unit: (USD/ton)
product	Brand	Quotation	rise and fall	Transaction price	rise and fall	Remark
Electrolytic Manganese	99.70%	2020-2040	--	2020-2040	--	Tianjin Port, FOB
Manganese ingots	95#	2085-2095	--	2065-2085	--	Tianjin Port, FOB
Manganese ingots	97#	2095-2105	--	2095	--	Tianjin Port, FOB

1. What is Electrolytic Manganese Metal Used For?

Aspect	Details
Definition	Electrolytic Manganese Metal (EMM) is a high-purity form of manganese (>99.7%) produced by electrolysis of manganese sulfate solution.
Key Properties	High chemical purity, excellent corrosion resistance, good electrical conductivity, and ductility.

Main Applications

Steel Industry

Acts as a deoxidizer and desulfurizer.

Enhances strength, toughness, and wear resistance of steel.

Specialty Alloys

Used in aluminum alloys and copper alloys to improve workability and mechanical properties.

Battery Manufacturing

Essential raw material for manufacturing alkaline and lithium-ion batteries (especially manganese dioxide precursor).

Chemical Industry

Serves as a catalyst and additive in producing fertilizers, animal feed supplements, and water treatment chemicals.

Electronics & Powder Metallurgy

Utilized in producing soft magnetic materials and precision components due to its stable electrical characteristics.

Advantages Over Other Forms

Higher purity reduces impurities in final products.

Consistent particle size improves process control in metallurgy and battery sectors.

Electrolytic manganese metal's versatility makes it indispensable in modern manufacturing, especially where high performance and reliability are required.

2. What is Manganese Flake Used For?

Aspect	Details
Definition	Manganese flake is a physical form of manganese metal, usually irregular pieces or thin layers obtained from crushing or casting processes.
Purity Range	Typically 95–98% Mn; less pure than EMM but more economical for certain uses.

Primary Uses

Ferroalloy Production

Key ingredient in manufacturing ferromanganese, silicomanganese, and other alloying agents for steelmaking.

Deoxidation in Steelmaking

Removes oxygen and sulfur, improving steel cleanliness and mechanical properties.

Foundry Applications

Added to cast iron to enhance hardness and reduce brittleness.

Welding Electrodes

Improves arc stability and weld metal quality.

Chemical Reagents

In some cases, used in laboratory synthesis of manganese compounds.

Benefits

Cost-effective compared to high-purity forms when extreme purity is unnecessary.

Easy to handle and blend into furnaces or mixers.

Manganese flake bridges the gap between raw ore processing and refined manganese products, supporting efficient production across metallurgy and manufacturing sectors.

3. How Is Electrolytic Manganese Metal Produced?

Step	Process Description
Ore Preparation	Manganese carbonate or oxide ores are mined and processed into manganese sulfate solution via leaching.
Purification	Solution undergoes purification to remove impurities like iron, cobalt, nickel, and heavy metals using precipitation and filtration.
Electrolysis	Purified manganese sulfate solution is electrolyzed in cells: Mn²⁺ ions are reduced at the cathode to deposit metallic manganese; anodes are typically made of lead alloy.
Harvesting	Metallic deposits are stripped from cathodes, washed, and dried.
Refining	Further melting or annealing may be applied to achieve desired shape and purity (>99.7%).

Key Conditions

Temperature: ~95°C in electrolyte bath.

Current density: Optimized to balance deposition rate and energy consumption.

Continuous monitoring ensures minimal impurity inclusion.

This method yields ultra-pure manganese suitable for advanced applications such as batteries and high-grade alloys, distinguishing it from pyrometallurgical routes that produce lower-purity metal.

4. Can Manganese Be Extracted by Electrolysis?

Aspect	Explanation
Feasibility	Yes - manganese can be extracted industrially via electrolysis, specifically for producing Electrolytic Manganese Metal (EMM).
Applicable Form	Extraction works on manganese ions in aqueous sulfate solutions, not directly from solid ore without prior dissolution.

Process Overview

Leaching Stage: Convert manganese ore into soluble MnSO₄ solution through acid or reductive leaching.

Purification Stage: Remove contaminant metals to prevent contamination of cathode deposit.

Electrolytic Stage: Apply direct current; Mn²⁺ ions gain electrons at cathode forming solid Mn.

Anode Reaction: Water oxidation produces oxygen gas and protons, maintaining acidity.

Considerations

Direct electrolysis of molten manganese ores is impractical due to high melting point (~1246°C) and reactivity.

Aqueous electrolysis avoids extreme temperatures but requires careful control of pH and impurity levels.

This technique achieves purities >99.7%, essential for electronics and battery industries.

Thus, while manganese cannot be simply melted and electrolyzed like aluminum, aqueous electrolysis after chemical conversion is a proven, efficient extraction route for high-purity metal.

Visit https://www.metal-alloy.com/ to learn more about the product. If you would like to learn more about the product price or are interested in purchasing, please email market@zanewmetal.com. We will get back to you as soon as we see your message.

Get a Quote Today

Iron Silicon Alloy With 75 Silicon Silver Grey Powder For High Strength Alloy Steel Making

🏭 Why Choose ZhenAn?

ZhenAn is located in Anyang City, Henan Province, China, with 30 years of production experience, capable of manufacturing high-quality products per customer requirements.
ZhenAn has product experts, and the chemical composition, particle size, and packaging of products can be customized as per customer needs.
Each product has an annual production capacity of 60,000 tons, ensuring a stable supply and timely delivery.
Strict quality control, with third-party inspections such as SGS and BV accepted.
We hold independent import and export qualifications.
Strict Quality Control
As a trustworthy supplier, Anyang ZhenAn ensures quality control, inspection, and technical services. We have a comprehensive quality control process throughout production, including:

Chemical analysis of raw materials.
Chemical analysis of molten material.
Particle size distribution tests and other physical assessments.
Chemical analysis before shipment.
All ferroalloy products are inspected by authoritative institutions and manufactured according to customer standards. We also accept third-party inspections at any time.

Why Choose Us?
• Best customer experience.
• Flexibility to meet various customer needs.
• High-quality expertise ensuring reliability.
• Guaranteed customer confidence.
• Competitive pricing.

one-stop solution

professional team

high quality