Metal Matrix Composite

Where conventional wear-resistant materials fail to meet industry demands, Ceramic particle reinforced metal matrix composites combine the high hardness of Ceramic particles and the toughness of a steel alloy.

It is applied to the impact surface of the part and prolongs the life of the worn area. Helps minimize downtime in-service conditions, save maintenance hours and increase equipment uptime.

Increases run times up to twice

MMC applications are used in cases where the material properties of the part produced with conventional alloy are insufficient.

It is the extension of the working life of steel alloy materials with limited strength, hardness, or wear resistance, by combining them with ceramic components, in which certain parts of the part will be strengthened with ceramics.

This technology, which we offer as a solution to businesses where Bi-Metal and High Cr alloys pose a risk, combines the wear resistance of ceramic with the useful mechanical properties of cast iron or steel in crusher pallets and hammers.

Without changing the profile of the part, it extends the life of the product due to wear and increases the crusher performance and process efficiency.

 It improves the production quality by keeping the initial wear profile stable for a longer period.

Ceramic reinforced composite products, which increase the life of the parts and the efficiency of the crusher, increase the efficiency of the crushers of the enterprises that work with highly abrasive materials but prefer Mn alloy products due to various risks.