Backed by decades of crushing expertise, Metso MX crusher wear parts are engineered to deliver optimal fit, reliable performance and up to double wear life.
More uptime from your crusher
MX liners help extend wear life and reduce change-out frequency
Consistent crushing performance
OEM-engineered liners support optimal fit, function and chamber performance over time.
Support beyond the liner
Our experts help you optimize chambers, plan maintenance and improve total cost of ownership.
Metso next generation MX wear parts
MX liners help improve uptime by extending wear life and ensuring reliable performance. Engineered with insert technology, wear parts in the MX range use manganese steel as a matrix to maintain the optimal wear profile for longer.
Longer wear life can also support more sustainable operations across the entire product life cycle, from manufacturing to end of life and recycling. MX for cone crushers is the latest addition to the MX family of wear parts, specially designed for secondary crushing applications, including large Metso Nordberg® HP Series™ and MP Series™ cone crushers.
Next-level crushing performance with Metso
Up to 2x longer wear life
Optimized liner design and high-quality materials help extend wear life in demanding crushing conditions.
A more sustainable choice
Longer wear life contributes to less waste, lower material consumption and fewer liner change-outs.
Consistent maintenance planning
Predictable wear performance helps you plan maintenance with more confidence and reduce unplanned downtime
Optimized chamber performance
Chamber-optimized liners help maintain throughput, product quality and crushing efficiency.
MX family wears for every crushing stage
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Better fit for your application.
Custom-designed to match your application and ore.
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Longer jaw crusher wear life.
Insert technology helps extend liner life.
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Consistent cone crusher performance.
MX liners help maintain chamber performance, improve uptime and support more stable production.
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Chamber optimization
With the right crushing chamber or cavity design, operations can achieve more efficient size reduction in crushing and downstream grinding while reducing operational risks such as high-power events. Chamber optimization can also contribute to more sustainable operations by:
- Improving lifetime of liners, which reduces consumption
- Reducing consumption of backing and other change-out consumables
- Lowering energy consumption by up to 30%
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