The performance characteristics of CI5X large-scale stone crushing equipment are as follows:

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(1) Integration and application of the latest scientific research results

Relying on its profound technical background, Shibang Group has carried out in-depth analysis of a large number of domestic and foreign crusher technologies and working conditions. On this basis, the group has integrated and applied a number of cutting-edge scientific research results such as crushing chambers, rotors, and adjustment devices. After careful optimization, the new stone crushing equipment has been successfully launched, with significantly improved crushing performance, easier operation, and easier maintenance, bringing new and efficient solutions to related fields.

(2) Large moment of inertia, high-precision heavy-duty rotor, higher crushing efficiency

A major highlight of CI5X stone crushing equipment is its rotor. It uses a high-precision heavy-duty rotor with a large moment of inertia and is equipped with high-quality bearings. It not only ensures the high precision of the rotor, but also has super strong bearing capacity. In this way, the material can be fully accelerated in the equipment, thereby achieving more efficient crushing, and the crushing ratio far exceeds that of similar equipment.

(3) Multifunctional full hydraulic operating system to improve equipment operation rate

CI5X stone crushing equipment adopts a multifunctional full hydraulic operating system with high adjustment accuracy and fast speed, which is convenient for the replacement and maintenance of the equipment hammer and impact block, and the adjustment of the discharge particle size, thereby effectively reducing the labor and time operation costs.

(4) Involute crushing chamber design to ensure the finished product particle shape

The crushing chamber of CI5X stone crushing equipment adopts an involute high-efficiency large crushing chamber design designed by simulation software and verified by practice. After the material is impacted and crushed multiple times in this cavity, the particle shape tends to be more cubic, which can better meet the production requirements of high-quality aggregates.