Premium Carbon Manganese Alloy for Superior Strength and Durability

This high-performance carbon-manganese alloy combines exceptional hardness and wear resistance with manganese's unique work-hardening properties. With a carbon content of 6.79% and manganese dominance (93.21%), this specialized alloy is engineered for extreme wear applications in mining, construction, and heavy machinery components.

Impact Resistance: Unique strain-hardening behavior under repetitive loading
Abrasion Resistance: Hard carbide network (HRC 60+) in tough austenitic matrix
Corrosion Resistance: Superior to conventional steels in wet environments
Non-Magnetic: Ideal for sensitive electronic environments

product details

Properties

- - Composition: C:6.79 ±0.2% | Mn:93.21 ±0.2%
    
    Density: ~7.3 g/cm³
    
    Melting Range: 1100-1250°C
    
    Hardness: 500-650 HB (as-cast)
    
    Microstructure: Austenitic matrix with complex carbide network
    
    Work Hardening Capacity: +300% hardness increase under impact

Products Usage

1. Mining Equipment: Crusher liners, shovel teeth, and dredge cutter heads

2. Railway Systems: High-impact crossings and frog components

3. Cement Industry: Grinding mill liners and hammer crusher parts

4. Defense Applications: Armor components requiring energy absorption

5. Recycling Machinery: Shredder blades and waste processing wear parts

Packing:

Our normal packaging is 25kgs/Drum

The packaging can be customized. the shipping term can be by sea, by air, and sample or small quantity can be shipped by DHL, FEDEX, EMS and TNT.

Remark: Chemical composition and size can be optimized by the customers' requirements 固体通用s27

Conditions for safe storage, including any incompatibilities

Separated from ammonia, strong hydrogen peroxide solutions and strong acids.

Safety Protection

Precautions for safe handling

Handling in a well ventilated place. Wear suitable protective clothing. Avoid contact with skin and eyes. Avoid formation of dust and aerosols. Use non-sparking tools. Prevent fire caused by electrostatic discharge steam.