Increase your profits and maximize your output with AMCAST's HSI Crusher Parts

Cheaply made crusher wear parts are hurting your bottom line
and keeping you from performing at maximum output.

Schedule a site visit to have our experts analyze your crushing equipment and discover ways our wear parts can increase your production.

 

Schedule My onsite Analysis Now

Are Your Parts Wearing Prematurely?

Cheaply made wear parts only appear to be saving you money.

Are Your Crushers Experiencing Uneven Power Draw?

Quality castings that maintain their wear profiles for longer will maximize efficient energy consumption.

Do You Experience Excessive Machine Downtime?

When your machines aren't running, you're losing money.

Meet the Technology that Drives
Our HSI Crusher Wear Parts Performance

AMCAST’s Research and Development team has developed Patented alloys and Wear Resistant Inserts that deliver the best crusher wear parts performance in the industry.

 

MasterCeramic™ Inserts for Heavy-Duty Applications

AMCAST's advanced MasterCeramic™ technology combines premium alloy steels with strategically engineered ceramic inserts to deliver exceptional wear life in the most demanding crushing environments. Designed for applications where traditional alloys reach their performance limits, MasterCeramic™ wear parts provide superior abrasion resistance, reduced maintenance requirements, and lower cost per ton.

Available for:

  • Blow Bars
  • Apron Liners/ Breaker Plates

Available in the following steel grades:

  • F60-TX Toughened Martensitic Steel
  • F60 Martensitic Steel

MasterCeramic™ technology can also be utilized with FX15 and FX25 Chrome White Iron alloys in select applications where operating conditions are suitable.

Maximize crusher uptime, extend wear life, and improve overall operating efficiency with AMCAST's proven MasterCeramic™ wear solutions.


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WRI™ Technology for Standard Crushing Applications

AMCAST's patented Wear Resistant Insert™ (WRI™) technology is engineered to deliver increased wear life and improved performance in a wide range of crushing applications. By strategically incorporating proprietary wear-resistant inserts into high-wear areas, WRI™ wear parts provide enhanced durability, more consistent wear patterns, and reduced maintenance requirements compared to conventional castings.

Available for:

  • Blow Bars
  • Apron Liners/ Breaker Plates

Available in the following steel grades:

  • F60-TX Toughened Martensitic Steel
  • F60 Martensitic Steel
  • FX15 Chrome White Iron
  • FX25 Chrome White Iron
  • FX25/A Toughened Chrome White Iron

WRI™ technology offers an ideal balance of wear resistance and value, helping operators maximize uptime, improve productivity, and reduce overall wear part costs across a broad range of crushing applications.

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Get a Wear Parts Quote

MasterCeramicTM Insert Highlights

Optimal wear life throughout the parts crushing campaign

60% thicker ceramic brick inlay

Perfect for Heavy Duty applications

AMCAST'S Culture

With advancement, there is a sustainable future for the mining industry.

How to get started

Request your Quote

Speak with a product specialist.

Say No To Catalog Purchasing.

Receive a custom quote for parts tailored specifically for your crushing operation

Onsite Analysis

Don't see what you need? Have our team of experts verify parts availability with a custom, on-site evaluation.

Get a Wear Parts Quote

 

Partner with AMCAST: Wear Parts Engineered for Performance  

Machine downtime results in lost production, increased costs, and unnecessary strain on your operation. Inferior wear parts can reduce performance, shorten service life, and negatively impact product quality. AMCAST addresses these challenges by engineering premium crusher wear parts utilizing advanced metallurgy and proprietary technologies developed by our Research & Development team.

With AMCAST wear solutions, you can increase production, improve product consistency, extend wear life, and maintain efficient crusher performance—helping you maximize uptime, reduce operating costs, and lower your cost per ton.

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