Product Description

hydraulic cyclone — Product feature

1 The *-dimension snail-shaped feeding structure makes it possible to feed minerals in circumferential and axial directions. This design can tremendously improve classification efficiency in three ways*****-first of all, after entering the hydraulic cyclone, minerals avert from being disturbed by turbulent flows occurring near overflow pipes; secondly, the speed of coarse ore cyclone is accelerated towards underflow outlet; thirdly, minerals avoid swift rotating.

2 The square pipe-type feeding model enables ores to get closer to the inner wall of hydraulic cyclone, which contributes to the lightest abrasion of feeding ores and the strongest divergent forces of ores. Consequently, abrasion of feeding box is reduced to the lowest level.

3 The unique adjustment device of wedge-shaped feeding opening can quickly adjust the feeding size, so classification efficiency is hugely raised.

4 The wedge-shaped adjusting valve constitutes a replaceable part for the inlet pipe, so there is no need to change the whole liner of hydraulic cyclone.

5 The premium abrasion performance of liner made from Xinhai abrasion-resistant rubber can considerably reduce using cost, and maintain the inner dimension and shape of hydraulic cyclone, so the stable classification efficiency is achievable.

6 Our company can also provide molding abrasion-resistant rubber liner and cold bonding abrasion-resistant rubber liner, the service life of which is extraordinarily long.

7 The appropriative software helps to choose the right mode accurately and quickly.

Xinhai XC I hydraulic cyclone, which is manufactured by Xinhai mining machinery Co. Ltd via CFD (computational fluid dynamics ) model and *-D analysis model, is able to catch up and transcend the world advanced level. It is perfectly applicable to classification and dehydration. XC I hydraulic cyclone is provided in three versions: *0°、*5°、*0°

The hydraulic cyclone, a common classifier, is designed according to the centrifugation and sedimentation theory. When the two-phase or three-phase mixed liquor is fed into hydraulic cyclone through feeding opening, the mixed liquor can form a three-dimensional and oval and strong rotating and tangent cyclone. Considering that there is a particle size difference between fine and coarse ores, the majority of coarse ores precipitates to bottom in a spiral trajectory by the action of centrifugal force, centripetal force, buoyancy and fluid resistance, etc, and then is discharged. Fine ores form a cyclone, move up and then overflow through the overflow outlet.