Crusher Hammers Reinvented: Advanced Inserts. Extreme Durability.

To further improve wear life, we embed ceramic alloy particles into the impact face of the ultra-high chromium base. These fine particles create a hard-facing effect across the entire contact area, significantly reducing erosion and edge wear over extended operation.

• Application Upgrade: Especially suited for high-speed sand-making lines
  
  
• Key Benefit: Full-face ceramic reinforcement extends the striking zone’s lifespan
  
  

• Impurity Tolerance: Still optimal for clean, silica-rich input

For tougher impact environments and larger feed sizes, we offer a patented design using Mn18Cr2 high manganese steel—valued for its excellent toughness—and insert ceramic alloy rods into the high-wear zones. This hybrid construction combines fracture resistance with long wear life, even under dynamic and unpredictable loading.

• Material Type: Slag, demolition debris, construction waste, high-silica rock
  
  
• Abrasiveness & Feed Size: High; medium to large feed
  
  
• Impurity Tolerance: Medium; tolerates occasional metal or concrete scrap
  
  
• Key Benefit:Dual toughness and surface hardening in one

For users dealing with frequent shank failures or edge deformation, this structural upgrade introduces a single-sided bevel casting design. The ultra-high chromium working edge maintains hardness, while the bevel shape helps reduce stress concentration on the shank—prolonging the hammer’s structural integrity.

• Material Type: Limestone, cement clinker
  
  
• Abrasiveness & Feed Size: Medium; small to medium feed
  
  
• Impurity Tolerance: Low to moderate
  
  
• Key Benefit:S hank-protecting structure + hard edge performance

When extreme solutions aren't necessary, we also provide proven wear parts in classic materials:

• High Manganese Steel Hammers
  
  
• Martensitic Steel Hammers
  
  
• High Chrome Steel Hammers

These are reliable, cost-efficient choices for moderate impact and abrasive conditions.