Triturador de piedra
For probably the most part advances in crusher design have moved slowly. Mouth crushers have remained almost unchanged for sixty years. More reliability and greater production have been included with simple cone crusher models that have also remained largely unaffected. The largest difference has been provided by increases in rotating speed. For instance, an inch (120 cm) cone crusher manufactured in 1960 may have the ability to produce 170 tons per hour of crushed stone, while the exact same size crusher manufactured today may produce 300 tons per hour. These production developments originate from velocity increases and greater crushing chamber designs.
The greatest progress in cone crusher stability has been seen in the use of hydraulics to safeguard crushers from being damaged when uncrushable materials enter the crushing step. Foreign items, such as metal, could cause extensive harm to a crusher, and extra costs in lost output. The progress of hydraulic comfort systems has significantly paid off downtime and improved living of the machines.
The fundamental idea of the spring Sizer, could be the utilization of two rotors with big teeth, on small diameter shafts, driven at a low speed by way of a strong large torque push system. This style produces three main axioms which all interact when splitting components using Sizer Technology. The initial concepts will Be The Three-Stage Bursting Action, The Revolving Screen Effect, and The Strong Search Tooth Pattern.
The Three-Stage Breaking Action: Initially, the content is held by the leading looks of compared rotor teeth. These matter the stone to multiple point running, inducing pressure into the content to exploit any organic disadvantages. At the next stage, product is broken in tension by being subjected to a point loading, employed between the front tooth faces on one rotor, and rear tooth faces on the other rotor. Any lumps of substance that nevertheless remain oversize, are shattered as the rotors chop through the fixed teeth of the breaker bar, thus obtaining a three dimensional managed solution size.
The Rotating Screen Effect: The interlaced toothed rotor style enables free sweeping undersize product to feed the continually changing holes created by the somewhat slow moving shafts.
The Deep Scroll Tooth Pattern: The serious scroll provides the greater material to at least one end of the unit and really helps to spread the supply across the total period of the rotors. This element can be used to reject oversize product from the machine.
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