Sand Making Machine

Sand Making Machine

One sand making machine, two rotors

The sand making machine is mainly composed of a body, a crushing plate, an upper rotor, a lower rotor, a pendulum, a rotary driving device, a sieve plate, etc., in the working process, the two rotors are relatively operated, and the material entering the crushing chamber is firstly driven by a rotor. The hammer head hits the second rotor after striking the broken kinetic energy. Since the second rotor is opposite to the direction in which the material is flying, the strike speed of the second rotor against the material is equal to the superposition of the two speeds. After being crushed by such a plurality of cycles, it is broken and discharged through the slit of the purlin.

The shape of the aggregate broken by the sand making machine is excellent, the gradation is continuous, the fineness modulus is adjustable, and the grain shape and particle size are close to the natural sand, which solves the passive situation that the stone material is difficult to sell under 0.5~1.0. The sand making machine has the function of simultaneously producing aggregates and sandstones. It is the model favored by Shangyu “concrete mixing station”. It has changed several sets of crushing to meet the backward production process of continuous grading requirements, saving investment and Production site. The manual observation door opened under the two rotors can quickly clear and inspect and repair the raft when the material is blocked, which reduces the cleaning, inspection and maintenance time, and improves the utilization rate and crushing output of the equipment. Convenient for the maintenance of the sand making machine.

Sand Making Machine Features

Two rotors

The two rotors drive the materials in the crushing chamber to collide with each other, and the repeated collision of the materials forms the self-grinding of the stone in the crushing chamber, which reduces the consumption of the hammer head and the wear parts of the sand making machine.

Stone breaking

The material in the crushing chamber is thrown by the two rotors in the tangential direction, forming repeated high-speed collisions, so the crushing ratio is large and the output is high.

Reasonable gap

The continuous selection of the slit spacing can control the size of the discharge and provide more space for the customer to select a better particle gradation and fineness modulus.

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