PDF | A cone crusher is used for crushing rock. The vast majority of these installations are found in mineral processing plants.

Cone crusher maintenance critical to optimum output · CHOKE FEEDING IS A MUST · OIL LUBRICATION A PRIORITY · USE THE CORRECT OIL · INSPECT THE MAIN 

Over 2800 crushers repaired and rebuilt. Proprietary repair methods - not available anywhere else. Specializing in large machines—Gyratory, Cone, Jaw and Impact Crushers. Application Specialist to ensure maximum crusher performance. Responsible partners with uncompromising safety offering. Trusted and capable:

Stop your crusher, start the disassembling Replace the installed shells by preassembled spare shells Assemble the crusher – go back in operation Your added value Increased availability

Implementing a preventive maintenance program is the best method of keeping a crusher in good operating condition for a long period. Preventive 

As compared to the jaw crusher, where it only crushes when the swing jaw moves towards the fixed jaw, with its rotational action, the gyratory crusher is always 

But for hard rock mining, the use of gyratory crushers, cone crushers, and/or jaw The maintenance strategy for a gyratory crusher will be largely 

the perfect blend of experience and innovation the superior gyratory crushers combine ’s trusted technology with the latest advancements in metallurgy to achieve peak efficiency and high output by offering: easy maintenance and service designed for low service requirements and ease of operation, the superior primary gyratory will readily fit

The unique top-service design prioritises safety, easy maintenance and efficient crushing performance. Unlike other gyratory crushers, which 

The Gyratory Crusher TS is distinguished from other gyratory crushers by its revolutionary design which allows you to easily and safely perform major service and maintenance functions. It is designed so that you can easily access and remove the eccentric assembly, bushings and hydraulic piston through the top of the crusher, hence the name

The parameters used in the basic design of a gyratory crusher are nip angle, feed rate, feed opening, closed-side setting, work index, and horsepower. The combination of the nip angle, feed opening, and closed-side setting determine the length of the crushing chamber and indirectly the length of the main shaft.