Premium VSI Shoes & Anvils | FX25 High Chrome

VSI Shoes & Anvils That Go the Distance

Longer wear. More uptime.

AMCAST VSI shoes and anvils are engineered to deliver maximum performance in demanding mining, aggregate, asphalt, and recycling applications. Manufactured from premium FX25 high chrome white iron and available with patented WRI™ and MasterCeramic™ technologies, our VSI wear parts are designed to maximize wear life while maintaining their critical wear profiles. As shoes and anvils retain their shape longer, material is consistently accelerated and deflected as intended, helping maintain product gradation, improve crushing efficiency, and maximize the amount of in-spec material produced throughout the life of the wear parts.

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Trusted by Operations Across:

Mining

Aggregate

Sand & Gravel

Maintain the Geometry. Maintain the Gradation.

Premium VSI performance starts with premium metallurgy, but exceptional wear life comes from protecting the areas that wear the fastest. That's why AMCAST combines FX25 high chrome white iron with patented WRI™ and MasterCeramic™ technologies to reinforce critical wear zones on VSI shoes and anvils.

Unlike conventional wear parts that gradually lose their working geometry, WRI™ and MasterCeramic™ inserts help preserve the original wear profile throughout a greater portion of the wear part's life. Maintaining this geometry allows material to be accelerated and deflected as intended, resulting in more consistent product gradation, improved crushing efficiency, and longer service intervals.

Whether maximizing wear life with WRI™ or achieving the highest level of abrasion resistance with MasterCeramic™, AMCAST's patented insert technologies help operators reduce maintenance, increase production, and lower their overall cost per ton.

Patented Reinforcement. Proven Performance.

In a VSI crusher, the geometry of the shoes is just as important as the alloy they're made from. The shoe face, leading edge, and angle of repose all influence how material is accelerated before it exits the rotor. As these critical surfaces wear, the point of impact shifts and the material begins leaving the rotor at different trajectories and velocities, changing how it strikes the anvils or material bed.

AMCAST's patented WRI™ and MasterCeramic™ technologies reinforce these critical wear zones to preserve the original working geometry of the shoes. By maintaining the designed face profile and impact surfaces longer, material continues to accelerate and deflect as intended, helping maintain consistent product gradation, particle shape, and crushing efficiency throughout a greater percentage of the wear part's life.

Whether the goal is extending service life with WRI™ or maximizing abrasion resistance with MasterCeramic™, AMCAST insert technologies help operators produce more in-spec material, reduce changeout frequency, and lower their overall cost per ton.

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Chrome White Irons

Maximum abrasion resistance for asphalt and tertiary applications.

Wear Resistant Inserts

Patented insert technologies that increase wear life and reduce changeouts.

Optimized Heat Treatments

Specialized heat treatments optimize hardness, toughness, and wear performance.