What Is the Price of Electrolytic Manganese Today?
| European electrolytic manganese market price on April 15, 2026 | ||||||
| Unit: US dollars/ton | ||||||
| product | Specification | Lowest price | rise and fall | highest price | rise and fall | Price Explanation |
| Electrolytic manganese | 99.70% | 2750 | -- | 2765 | -- | European market |
What Is Today's Price of Electrolytic Manganese Metal?
| Summary of China's Electrolytic Manganese Market as of April 15, 2026 | |||||
| 1. Summary of Electrolytic Manganese Market Prices (RMB/ton) | |||||
| product | Brand | area | Market price (RMB/ton) | rise and fall | Remark |
| domestic | 99.70% | Hunan (factory) | 18200-18300 | -- | Ex-factory price including tax |
| Guizhou (factory) | 18200-18300 | -- | Ex-factory price including tax | ||
| Guangxi (factory) | 18200-18300 | -- | Ex-factory price including tax | ||
| Hubei (factory) | 18300-18400 | -- | Ex-factory price including tax | ||
| Ningxia (factory) | -- | -- | Ex-factory price including tax | ||
| Hunan (Trade) | 18500-18700 | -- | Self-pickup | ||
| Guangxi (Trade) | 18500-18700 | -- | Self-pickup | ||
| Tianjin (Trade) | 18600-18700 | -- | Self-pickup | ||
| Jiangsu and Zhejiang (trade) | 18700-18800 | -- | Self-pickup | ||
| 2. Summary of Manganese Ingot Market Prices (Unit: Yuan/Ton) | |||||
| product | Brand | area | Market price (RMB/ton) | rise and fall | Remark |
| metallic manganese | 97# | Hunan | 18700-18900 | -- | Ex-factory price including tax |
| Chongqing | 18600-18900 | -- | Ex-factory price including tax | ||
| Guizhou | 18600 | -- | Ex-factory price including tax | ||
| Guangxi | 18700-18900 | -- | Ex-factory price including tax | ||
| 95# | Hunan | 18500 | -- | Ex-factory price including tax | |
| Guangxi | 18500 | -- | Ex-factory price including tax | ||
What Is Electrolytic Manganese Used in Steelmaking?
Electrolytic Manganese in Steelmaking: Function, Applications, and Industrial Value
Electrolytic manganese (EMM) is a high-purity manganese metal used primarily as an alloying and deoxidizing agent in steelmaking, especially for producing stainless steel, low-carbon steel, and high-strength alloy steels. Its extremely high manganese content and very low impurity levels make it essential for applications where precise chemical control and superior mechanical properties are required.
Typical Specifications of Electrolytic Manganese Metal (EMM)
| Parameter | Specification |
|---|---|
| Product Name | Electrolytic Manganese Metal |
| Mn Content | ≥99.7% |
| C Content | ≤0.04% |
| S Content | ≤0.05% |
| P Content | ≤0.005% |
| Fe Content | ≤0.03% |
| Form | Flake / lump / powder |
| Appearance | Metallic silver-gray |
| Purity Level | High purity electrolytic grade |
| Application | Steelmaking / alloy production |
Role of Electrolytic Manganese in Steelmaking
Electrolytic manganese is widely used in steel production because it provides high-purity manganese without introducing excessive impurities into the steel system.
In steelmaking, manganese plays several key roles:
First, it acts as a powerful deoxidizer, removing oxygen from molten steel and improving overall purity. This helps reduce defects and enhances structural integrity.
Second, manganese improves hardness, tensile strength, and wear resistance. This is especially important in high-strength steels used in construction, automotive, and heavy machinery industries.
Third, it enhances sulfur control in steel, forming manganese sulfides that reduce hot brittleness and improve machinability.
Because electrolytic manganese contains extremely low levels of carbon, sulfur, and phosphorus, it is particularly suitable for low-carbon and stainless steel production, where chemical precision is critical.
Why Electrolytic Manganese Is Preferred Over Ferromanganese
Unlike ferromanganese, which contains higher carbon and iron levels, electrolytic manganese offers near-pure manganese content (≈99.7%), making it ideal for high-grade steel production.
It ensures:
precise manganese control in steel chemistry
reduced impurity contamination
improved mechanical consistency
better performance in stainless steel applications
This makes EMM indispensable in advanced metallurgical processes where quality stability is a priority.
Electrolytic Manganese vs Ferromanganese: Application Comparison
Electrolytic Manganese vs High Carbon Ferromanganese
Electrolytic manganese provides significantly higher purity and almost zero carbon interference compared to high carbon ferromanganese. While high carbon FeMn is cost-effective and widely used in bulk steel production, it introduces carbon into the steel system.
EMM is preferred for precision steel grades, especially stainless steel and low-carbon steels where carbon control is critical.
Electrolytic Manganese vs Low Carbon Ferromanganese
Low carbon ferromanganese is already refined to reduce carbon content, but it still contains iron and other impurities. Electrolytic manganese goes further by offering near-pure manganese content with minimal contaminants.
This makes EMM more suitable for:
high-end alloy steel
aerospace and automotive steel
stainless steel with strict composition control
Industrial Selection Logic for Steel Manufacturers
Steel manufacturers select manganese materials based on cost, purity, and application requirements:
High carbon ferromanganese is used for cost-efficient bulk steel production.
Low carbon ferromanganese is used for controlled alloy steel production.
Electrolytic manganese is used for high-purity and high-performance steel applications.
The higher the steel quality requirement, the more likely electrolytic manganese is required.
Conclusion: Why Electrolytic Manganese Is Critical in Modern Steelmaking
Electrolytic manganese is a key high-purity alloying material in modern steelmaking, enabling precise control of manganese content while minimizing impurities. It is essential for producing stainless steel, high-strength alloys, and advanced engineering steels where performance and consistency are critical.
FAQ for Steel Buyers and Metallurgical Engineers
What is electrolytic manganese used for?
It is mainly used as a high-purity manganese additive in steelmaking and alloy production.
Why is electrolytic manganese better than ferromanganese?
Because it has higher purity and does not introduce carbon or iron impurities.
Is electrolytic manganese used in stainless steel?
Yes, it is widely used in stainless steel production for precise composition control.
What is the Mn content of EMM?
Typically ≥99.7%, depending on production grade.
Can EMM replace ferromanganese completely?
Not completely-EMM is used for high-end steel, while FeMn is used for bulk production.
What form is electrolytic manganese supplied in?
It is commonly supplied in flakes, lumps, or powder form.
Get Stable Supply of Electrolytic Manganese
We supply high-purity electrolytic manganese metal for global steel industries:
Stable Mn content ≥99.7%
Low carbon and ultra-low impurity levels
Suitable for stainless steel and alloy steel
Bulk supply with consistent quality
📩 Email: market@zanewmetal.com
📱 WhatsApp: +86 15518824805
Contact us today to receive a competitive quotation within 24 hours.
Why Choose ZhenAn for Electrolytic Manganese Flakes?
High Purity Manganese (Mn ≥ 99.7%) – Ensures excellent performance in alloy production and special steelmaking.
Stable Chemical Composition – Strict control of impurities (Fe, S, P) for consistent metallurgical results.
Uniform Flake Quality – Clean surface, uniform size, and easy dissolution in melting processes.
Reliable Supply Capacity – Stable production system supports bulk orders and long-term contracts.
Competitive Pricing – Direct factory supply helps reduce procurement costs for global buyers.
Complete Export Documents – COA, MSDS/SDS, and shipping documents provided for smooth customs clearance.
ZhenAn delivers stable and high-purity electrolytic manganese flakes for global metallurgical applications.
