The working principle of the coke crushing machine mainly relies on its internal crushing mechanism and transmission device. The crushing mechanism typically consists of two or more relatively rotating crushing rollers or teeth, which are driven by an electric motor to rotate at high speed. When coke enters the crushing chamber of the machine, it is subjected to compression, shearing, and impact by the crushing rollers or teeth, thereby achieving the crushing effect. The crushed coke is then discharged through the discharge port, completing the entire crushing process.

Specifically, the working principle of a coke crusher can be divided into the following types:

Compaction Crushing: Through the squeezing of coke between two counter-rotating crushing rollers, it undergoes shearing and compressive forces to be crushed. This crushing method is suitable for the fine crushing of materials with medium hardness and brittleness, such as coke and coal gangue.

Impact Crushing: Utilizing high-speed rotating hammers or crushing teeth to impact coke, causing it to break due to intense shock forces. This method of crushing is suitable for softer materials, offering advantages such as high crushing efficiency and uniform particle size.

Split and Crush: The material is split and crushed by the high-speed rotation of wear-resistant toothed rollers. The material enters the crushing chamber through the feeding opening and is subjected to splitting and compression by the rapidly rotating toothed rollers, thereby achieving crushing.