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Feb. 29, 2020
Application fields: From limestone to basalt, from stone production to crushing of various ore, efficient completion of various crushing, fine crushing and ultra-fine crushing operations.
THP hydraulic cone crusher is a new type of cone crusher equipment designed and produced on the basis of the introduction of American technology by general mining machines; it is widely used in stone production, artificial sand making, beneficiation production, etc. Ideal equipment.
The advantages of the hydraulic series cone crusher: large crushing ratio and high production efficiency.
It adopts the optimized structure of fixed main shaft and small spherical shaft, which is 5% -15% higher than the efficiency of spring cone breaking.
The combination of crushing stroke, crushing speed and crushing cavity type is 35% -60% higher than the output of spring cone crushing.
The universal cone crusher uses a proprietary lamination crushing principle, which makes the proportion of cubes in the finished product significantly increased, pin-shaped particles reduced, and the grading more reasonable.
The industrial hydraulic cone crusher's multi-point split hydraulic lubrication control system can ensure the double protection and overload protection of the equipment bearing lubrication.
Structural composition of cone crusher:
The cone crusher is mainly composed of a frame, a fixed cone assembly, a moving cone assembly, a spring mechanism, a bowl-shaped shaft frame and a transmission; its auxiliary parts are composed of an electrical system, a thin oil lubrication system and a hydraulic cavity cleaning system.
Hydraulic Series Cone Crusher
Working principle of cone crusher:
Hydraulic series cone crusher factory to share with you: When the cone crusher works, the rotation of the motor is rotated by a pulley or coupling, the drive shaft and the cone around a fixed point under the eccentric sleeve Pendulum movement. As a result, the crushing wall is sometimes close to and away from the surface of the mortar wall fixed on the adjusting sleeve, so that the ore is continuously impacted, crushed and bent in the crushing cavity to achieve ore crushing. The motor drives the belt pulley of the host through the V-belt, and the internal gear drives the eccentric sleeve to rotate, causing the crushing cone to swing. The crushing cone is sometimes near and away from the fixed cone to complete the crushing and discharging. The connection between the support sleeve and the frame body is compressed by a spring. When the crusher falls into an unbreakable object such as a metal block, the spring will compress and deform, expelling foreign objects, achieving insurance and preventing machine damage. When the unbreakable foreign matter passes through the crushing cavity or the machine is overloaded for some reason, the spring safety system achieves insurance and the mine discharge opening increases. Foreign matter is discharged from the crushing cavity. If the foreign matter gets stuck in the ore discharge, the cavity cleaning system can be used to continue to increase the ore discharge and allow the foreign matter to discharge from the crushing cavity. Under the action of the spring, the cone crusher automatically resets the ore discharge port to restore normal work. The surface of the crushing cavity is covered with a wear-resistant high manganese steel liner. The size of the discharge opening is adjusted by hydraulic pressure or manually.