BUY METSO UNIT CRUSHERS AND PARTS
Metso MX, HP, GP, NP, and C Series crushers provide safety and reliability for every stage of your crushing operations. These crusher lines are known for providing higher capacity and an excellent end-product quality during application. Metso’s crushers are built to perform with the lowest cost per ton.
Nordberg® HP™ Series Cone Crushers
The HP cone crusher is a compressive crusher in which feed material is crushed between a fixed bowl liner and a moveable mantle. Multi-layer crushing plays a significant role in the HP cavity. This improves the end-product shape and reduces wear on the wear parts.
Nordberg® GP™ Dedicated and Versatile Cone Crushers
The robust design of Nordberg® GP Series™ cone crushers makes it possible to maintain high power levels that result in high productivity. The proven heavy-duty design and the use of high-quality Metso components with optimized wear parts keep production up and operating costs down.
Nordberg® NP™ Impact Crushers
Nordberg® NP Series™ impact crushers feature a unique combination of heavy rotor design, materials selected for good wear resistance, and crusher chamber design. This combination has proven revolutionary in improving capacity and product quality and in reducing operating and wear costs. NP Series impact crushers deliver unbeatable performances in primary, secondary, tertiary, and recycling applications.
Metso MX™ Cone Crusher
The new Metso MX4™ cone crusher is based on Metso’s patented Multi-Action crushing technology, which combines the piston and rotating bowl into a single crusher. The crusher provides a giant leap in profitability by cutting operational costs 10% and enabling 10% higher uptime compared to traditional cone crushers.
Nordberg® C Series™ Jaw Crushers
Nordberg® C Series™ jaw crushers are engineered for the toughest feed materials. They are proven to be reliable and productive in thousands of real mining, quarrying, recycling, and industrial applications. You can rely on these jaw crushers as the backbone of your process.