Manganese Boron Alloy for Wear Resistance and High-Strength Applications

This Boron-Manganese alloy (28.24% B, 71.76% Mn) is a high-performance engineered material designed for extreme wear resistance and thermal stability. Combining boron’s hardness-enhancing properties with manganese’s ductility and strength, this alloy is ideal for industrial applications requiring durability under high stress and elevated temperatures.

Enhanced Wear Resistance: Boron forms hard boride phases (e.g., MnB, Mn₂B) for superior abrasion resistance.
High-Temperature Stability: Maintains mechanical properties up to 800°C.
Tailored Microstructure: Adjustable boron distribution for optimized toughness/hardness balance.
Cost-Effective: Lower cost compared to cobalt- or nickel-based superalloys.

product details

Properties

- - Composition: B:28.24 ±0.5% | Mn:71.76 ±0.5%
    
    Density: ~6.2–6.8 g/cm³ (depending on microstructure)
    
    Melting Point: ~1200–1350°C
    
    Hardness: 500–700 HV (Vickers)
    
    Form: Powder, granules, or sintered bulk
    
    Particle Size: Customizable (1–100 μm for powders)
    
    Purity: 99.5% (metals basis)

Products Usage

1. Mining & Construction: Wear plates, crusher liners, and drill bits.

2. Steel Additives: Grain refiner and deoxidizer in high-strength steel production.

3. Thermal Spray Coatings: Durable coatings for turbine blades and industrial machinery.

4. Nuclear Shielding: Boron-rich phase for neutron absorption.

5. Friction Materials: Brake pads and clutch components.

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.