Industrial Crusher Beater Heads China Factory Leading Wear Parts Suppliers
Elevate your crushing efficiency with our premium industrial beater heads, engineered for extreme durability in the most demanding environments. As leading specialists in wear-resistant solutions, we utilize advanced metallurgical processes to produce high-performance components that significantly extend service life across mining, cement production, and recycling operations.
By integrating state-of-the-art high-manganese steel, high-chromium cast iron, and innovative bimetal composites, our beater heads are meticulously designed to withstand severe impact and abrasion. Whether you are processing limestone, granite, or mixed corrosive materials, our solutions optimize throughput while drastically reducing operational downtime and maintenance costs.
Detailed Parameters
| Mn13 Hardness (Initial) | 200-250 HB | Mn13 Hardness (Work-Hardened) | 450-550 HB |
|---|---|---|---|
| Mn18 Hardness (Initial) | 220-270 HB | Mn18 Hardness (Work-Hardened) | 500-600 HB |
| Cr26 Hardness | 58-62 HRC | Cr28 Hardness | 60-64 HRC |
| Bimetal Wear Surface | 60-64 HRC (High-Cr) | Bimetal Core Structure | 200-250 HB (Mn Steel) |
| Available Materials | Mn-Series, Cr-Series, Bimetal | Target Industries | Mining, Cement, Recycling |
Key Advantages
Work Hardening
Our Mn-series steel develops extreme surface hardness during operation, absorbing heavy impacts effectively.
Extended Lifespan
Bimetal composite technology delivers 2-3x longer service life compared to standard beater heads.
Abrasion Resistance
High-chromium cast iron (Cr26/Cr28) provides unmatched protection against silica-rich abrasive materials.
Corrosion Shield
Specialized Cr28 grades offer superior resistance for wet or chemically corrosive crushing environments.
Structural Integrity
Vacuum casting ensures perfect metallurgical bonding in bimetals, eliminating the risk of catastrophic failure.
Application Versatility
Optimized designs for Hammer Crushers, Impact Crushers, and VSI machines to ensure a cubical product shape.
Product Gallery
Management Platforms
Material Analysis
Precision selection between Mn-steel, Cr-iron, and bimetal based on material abrasiveness.
Casting Precision
Advanced vacuum casting processes ensure flawless internal structures and bonding.
Wear Monitoring
Technical guidance on tracking wear patterns to optimize replacement intervals.
Quality Control
Strict HB and HRC hardness testing to guarantee metallurgical specifications.
Custom Geometry
Tailored beater head designs to enhance crushing efficiency and product cubicity.
Cost Optimization
Reducing TCO (Total Cost of Ownership) through extended part longevity.
Investment Return Comparison
| Material Grade | Expected Lifespan | Maintenance Frequency |
|---|---|---|
| Standard Mn Steel | Baseline (1x) | Frequent |
| High-Mn Steel (Mn18) | 1.5x - 2x | Moderate |
| High-Cr Iron (Cr28) | 2x - 2.5x | Low (Abrasive) |
| Bimetal Composite | 2x - 3x | Very Low |
| Optimized Solution | Maximized ROI | Minimum Downtime |
Frequently Asked Questions
Mn13 is ideal for medium abrasive materials like limestone, while Mn18 offers higher manganese content and superior work-hardening capabilities for highly abrasive materials such as granite and basalt.
Choose High-Chromium (Cr26/Cr28) when processing highly abrasive, silica-rich materials or in wet/corrosive environments where consistent hardness is required throughout the service life.
Bimetal heads combine a high-chromium wear surface for extreme hardness (60-64 HRC) with a tough manganese steel core to prevent catastrophic failure, extending life by 2-3 times.
We provide specialized alloy combinations and reinforced fixing points specifically designed for the high-velocity tertiary crushing and shaping requirements of VSI machines.
Yes, one of the key advantages of our Mn-series beater heads is their good weldability, which allows for efficient repairs and rebuilding to extend the part's life.
Our technical team analyzes your material hardness, moisture content, and crusher type to recommend the exact grade (Mn, Cr, or Bimetal) that minimizes your wear part costs.
