Rock Stone Multi Cylinder Hydraulic Brick Cone Crusher For Mine

Product Description:
TONTEN machinery hydraulic cone crusher mainly composed of fixed cone, moving cone, eccentric sleeve, transmission, frame, adjustment ring, feed bin, discharge port adjustment, locking protection cylinder, fan, motor, hydraulic station, lubrication station and special tool. The working parts of the multi-cylinder cone crusher are composed of two truncated cones. And they are in an upright state. The iron protection device of the multi-cylinder hydraulic cone crusher is a group of hydraulic cylinders, hydraulic cone crusher machine integrated with the locking protection device and installed at the joint of the upper and lower machines. It has good crushing effect on high-hardness ores and is mostly used for medium and fine crushing of mines and rocks.

Specification:

Working principle:
When the multi-cylinder cone crusher is working, the moving cone makes a swinging motion along the inner surface. In places close to the fixed cone, the material is crushed by the squeezing and bending of the moving cone. In places away from the moving cone, the crushed material falls from the bottom of the cone due to gravity. The entire crushing and unloading process is carried out continuously along the inner surface. The locking protection cylinder part consists of several locking protection cylinders, iron protection accumulators, buffer accumulator groups and pipelines. The locking protection cylinder mainly plays the role of iron protection and cleaning the crushing chamber.

Features:
Multi-cylinder hydraulic cone crusher is easy to adjust the discharge port, has a small overload coefficient when passing non-crushed objects, and is easy to remove non-crushed objects blocked in the crushing chamber. Production practice shows that hydraulic cone crusher has good performance.
(1) Increase eccentric moment and improve processing capacity;
(2) Increase speed, increase power, and improve crushing fineness;
(3) Raise the moving cone selection center and optimize the cavity design;
(4) Thicken the liner and extend its life;
(5) Hydraulic motor replaces hydraulic push rod device
(6) High output and ore separation content;
(7) Key components are made of high-strength materials, appropriately increase weight, and have higher reliability.