The twin-shaft hydraulic crusher is a crushing equipment widely used in construction, mining, and metallurgy. Its working principle is mainly realized through the hydraulic system and twin-shaft design. The hydraulic system transmits hydraulic oil pressure to the hydraulic cylinder through a hydraulic pump, thus driving the twin-shaft rotation for crushing operations.

First, the hydraulic pump draws hydraulic oil from the oil tank, and then controls the pressure size through a pressure sensor, and then sends it to the hydraulic cylinder. The hydraulic cylinder is a very important component in the hydraulic crusher, which can convert the energy of the hydraulic oil into mechanical energy, thereby driving the twin-shaft to rotate and crush materials.

The twin-shaft design of the twin-shaft hydraulic crusher makes the crushing operation better. When the material is fed into the crusher, the twin-shaft rotates at high speed, constantly compressing and crushing the material, so that the material is crushed instantly. Compared with traditional crushers, the twin-shaft design can reduce energy consumption and production costs while ensuring crushing efficiency.

The discharge port design of the twin-shaft hydraulic crusher is also an important part of its working principle. By reasonably designing the width and angle of the discharge port, the particle size and shape of the discharged material can be effectively controlled to meet the needs of different users.

In general, the crushing operation realized by the hydraulic system and twin-shaft design of the twin-shaft hydraulic crusher is one of the indispensable important equipment in modern construction, mining, and metallurgical industries. Its working principle is simple and clear, easy to operate, and has high reliability and stability, bringing convenience and efficiency to the production of various industries.