1.Heavy duty design
Optimised structure with finite element analysis of the frame, large diameter spindle design and overload protection system to improve equipment reliability.
2.High performance transmission design
Large, snacked on the use of spiral bevel gears, to achieve high energy efficiency and high torque transmission, external adjustment ate the gap, maintenance is more convenient.
3.wide applicability
By replacing the liner and multiple eccentricity settings, it can be adapted to the crushing of a wide range of ore conditions, and no filler material is required for liner installation.
4.Optimisation of crushing cavities
Optimised chamber, large feed opening, large throughput, good product particle size
5.CLP Constant Crushing Chamber
The shape of the crushing chamber is almost unchanged during the liner wear process, so that the feed material size remains unchanged, the output and grain shape remain constant, and the life of the liner is extended by 20%.