What Makes Our Manganese Stand Out?

• High-quality manganese sourced from reliable mining regions
• Available in multiple forms: Manganese Ore, Manganese Oxide (MnO), Manganese Dioxide (MnO₂)
• Stable supply suitable for metallurgy, chemical, and battery industries
• Enhances mechanical strength, wear resistance, and hardenability in steel production
• Acts as a vital element in specialty alloys and industrial chemical processes
• Consistent quality control and traceability throughout the supply chain
• Delivered in bulk, big bags, or customized packaging for global shipments

 

MANGANESE ORE GRADES (typical supply range)

Grade	Mn Content	Form
High Grade	44–48% Mn	Lump / Fines
Medium Grade	38–44% Mn	Lump / Fines
Low Grade	28–38% Mn	Lump / Fines

 

TECHNICAL BENEFITS AT A GLANCE

• Improves strength, toughness, and abrasion resistance in steel and cast iron
• Essential for deoxidation, desulfurization, and alloying processes
• Key material for battery-grade manganese compounds (MnSO₄ / MnO₂)
• Vital ingredient in specialty alloys and chemical catalysts
• Enhances corrosion resistance in stainless and structural steels
• Stable long-term supply with reliable quality control

 

MANGANESE – A Strategic Industrial Mineral

Manganese is a critical raw material in global steelmaking and advanced industrial applications. As an alloying element, it significantly improves mechanical properties such as strength, wear resistance, and toughness. It also plays a key role in deoxidation and desulfurization during steel production.

Beyond metallurgy, manganese is increasingly important for emerging technologies, including battery-grade manganese sulfate and high-purity MnO₂ for energy storage systems and electronics.

A dependable and strategically important mineral for the steel, chemical, and energy industries.

 

BRANCHES

• Metallurgy & steel industry (carbon steel, stainless steel, cast iron)
• Battery & energy storage materials
• Chemical industry (catalysts, pigments, manganese compounds)
• Alloys & foundry applications
• Electronics and electrical components

 

APPLICATIONS

• Alloying element in steel and cast iron production
• Production of Mn-based chemicals and catalysts
• Battery materials (MnO₂, MnSO₄ for Li-ion and next-generation batteries)
• Pigments, fertilizers, and industrial chemical processes
• Corrosion-resistant and specialty alloy systems

 

CHEMICAL PARAMETERS (representative ranges)

Mn	28–48%
SiO₂	5–20%
Fe	3–12%
P	≤ 0.20%
S	≤ 0.03%

Values vary depending on ore origin and grade; specifications available upon request.

 

PHYSICAL PROPERTIES (typical)

Form	Lumps / fines / powder (processed as required)
Color	Dark brown to black
Density	~3.5–4.4 g/cm³
Hardness (MOHS)	6–6.5
Packaging	Bulk, big bags, or custom packaging

 

LOGISTICS

• Flexible shipment options: bulk vessel, containerized, or truck delivery
• Screened and sized materials available upon request
• Main loading ports vary by origin; FOB / CIF terms available