Engineered for Shock Loading, Repeated Impact, and Structural Stability

Impact wear results from repeated or single high-energy strikes that create plastic deformation, micro-cracking, and material break-out. Traditional abrasion-focused plates often fail prematurely under such loading.

Our impact-resistant hardfaced plates are designed to absorb shock while maintaining a protective surface layer.

Supports Both Major Forms of Impact

      • High-impact loading – crushers, breakers, and heavy material drop zones
      • Low/medium-impact loading – chain conveyors, handling equipment, liner transitions

Metallurgial Approach

A tough base plate provides structural strength, while the hardfaced surface resists shearing and micro-fracture initiation.

Where They Work Best

Crusher housings, chute impact zones,drag chain conveyors, heavy loading buffers, and primary feed systems.A tough base plate provides structural strength, while the hardfaced surface resists shearing and micro-fracture initiation.

Performance Advantages

      • Resistance to crack initiation and propagation
      • Strong bonding between overlay and base metal
      • Excellentperformance under combined impact + abrasion
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These plates extend service life wheremechanical shock and abrasive particles act together.