Premium Crusher Beater Heads China Factory Leading Wear Parts Suppliers
Elevate your crushing efficiency with our premium Crusher Beater Heads, engineered specifically for the most rigorous environments in mining, cement production, and recycling. As specialists in high-performance wear-resistant solutions, we utilize advanced metallurgical processes to produce components that withstand extreme impact and abrasion, ensuring your machinery operates at peak productivity with minimal downtime.
Our comprehensive range of beater heads integrates cutting-edge materials, including High-Manganese Steel, High-Chromium Cast Iron, and innovative Bimetal Composites. By matching the specific material grade to your operational conditions, we provide a tailored solution that maximizes the service life of your wear parts and significantly reduces overall operational costs.
Detailed Parameters
| Mn13 Initial Hardness | 200-250 HB | Mn13 Work-hardened | 450-550 HB |
|---|---|---|---|
| Mn18 Initial Hardness | 220-270 HB | Mn18 Work-hardened | 500-600 HB |
| Cr26 Hardness | 58-62 HRC | Cr26 Microstructure | M7C3 Carbides |
| Cr28 Hardness | 60-64 HRC | Cr28 Feature | Corrosion Resistant |
| Bimetal Surface | High-Cr Iron (60-64 HRC) | Bimetal Core | Mn Steel (200-250 HB) |
Key Advantages
Work Hardening
Mn-series steel develops extreme surface hardness during operation, increasing durability as it works.
Extended Lifespan
Bimetal composites offer 2-3x longer service life compared to standard single-material beater heads.
High Impact Toughness
Superior energy absorption capabilities prevent catastrophic failures in heavy-duty crushing.
Abrasion Resistance
Cr-series delivers consistent hardness throughout its life, ideal for silica-rich materials.
Corrosion Defense
Specialized Cr28 alloys provide excellent resistance for wet or corrosive processing environments.
Perfect Bonding
Vacuum casting ensures a seamless metallurgical bond between the hard surface and tough core.
Product Gallery
Management Platforms
Material Selection
Expert guidance on choosing between Mn, Cr, or Bimetal based on material abrasiveness.
Custom Engineering
Optimized designs for Hammer Crushers, Impact Crushers, and VSI equipment.
Quality Control
Strict metallurgical analysis to ensure hardness and chemical composition consistency.
Precision Casting
Advanced vacuum casting technology for zero-defect bimetal interfaces.
Inventory Mgmt
Fast delivery cycles for critical wear parts to reduce unplanned machinery downtime.
Technical Support
On-call engineering support for personalized beater head recommendations.
Investment Return Comparison
| Material Type | Service Life | Maintenance Cost |
|---|---|---|
| Standard Mn Steel | Baseline | High (Frequent Change) |
| High-Cr Iron | 1.5x - 2x Longer | Medium |
| Bimetal Composite | 2x - 3x Longer | Low (Reduced Labor) |
| Mn13 Grade | Moderate | Standard |
| Mn18 Grade | High (Abrasive) | Optimized |
Frequently Asked Questions
Mn13 is ideal for medium abrasive materials like limestone, while Mn18 offers superior wear resistance and higher work-hardened hardness, making it better for highly abrasive materials like granite and basalt.
Choose High-Chromium Cast Iron (Cr26/Cr28) when you need extreme abrasion resistance or are operating in wet/corrosive environments where manganese steel may not perform as effectively.
It combines a high-chromium surface for extreme hardness with a manganese steel core for toughness, preventing catastrophic failure while resisting wear, resulting in 2-3x longer life.
Yes, we offer special alloy combinations and reinforced fixing points specifically designed for VSI tertiary crushing and shaping applications.
Our High-Manganese steel beater heads offer good weldability, allowing for cost-effective repairs and rebuilding during maintenance cycles.
Our technical team analyzes your material type, moisture levels, and operational conditions to recommend the optimal grade and design for maximum productivity.