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How much is the price of tantalum niobium ore shaker | copper cobalt ore shaker | rare earth ore shaker?

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How much is the price of tantalum niobium ore shaker | copper cobalt ore shaker | rare earth ore shaker?

1、 Tantalum niobium ore shaking table | Copper cobalt ore shaking table | Introduction to rare earth ore shaking table

Shaker is a widely used equipment for gravity separation and beneficiation. Shaking bed beneficiation utilizes mechanical shaking and water flushing to separate the density of ore particles. The prominent feature of a shaker is its high ore rich ratio. Commonly used to obtain concentrates and separate tailings, it can effectively handle fine-grained materials.

According to the particle size of the processed ore, the beneficiation shaker is divided into: 1. Coarse sand shaker, with a processing particle size of 2~0.2mm; 2. Fine sand shaker, with a processing particle size of 0.2~0.074mm; 3. Mineral mud shaker, with a processing particle size less than 0.074mm. It can be used to select rare and precious metal ores such as tungsten, tin, tantalum, niobium, as well as iron, manganese ore, and coal. When processing tungsten and tin ore, the effective recovery particle size of the shaking table is 2~0.04mm.

2、 Tantalum niobium ore shaker | copper cobalt ore shaker | structural characteristics of rare earth ore shaker

The equipment mainly consists of components such as bed surface, bed head, feeding end, transmission device, and seat. The selection of equipment accessories is good, the process is mature, the overall quality is reliable, and the operation is stable.

The bed surface can be made of wood or aluminum. The bed slope is adjustable. The bed surface is equipped with bed strips of different lengths and heights. The length and height of the bed strip gradually increase from the feeding side to the clean coal side. The height of each bed gradually decreases from the bed head to the tailings to zero.

Under the drive of the bed head, the bed surface undergoes longitudinal reciprocating asymmetric motion. When the bed moves forward, its speed changes from slow to fast, and then quickly stops (with greater backward acceleration, particles gain greater forward inertial force). When it moves backwards, its speed rapidly increases from zero to a larger value, and then slowly decreases to zero (with less forward acceleration and less backward inertial force of particles).

3、 Tantalum niobium ore shaker | copper cobalt ore shaker | rare earth ore shaker separation principle

1. The layering effect of water jump and rising water flow formed by various bed strips.

The severe shaking of the bed surface enhances the disturbance of the inclined water flow. Layered results: Low density fine particles are above, high density coarse particles are below, while low density coarse particles and high density fine particles are basically mixed.

2. Sedimentation effect caused by bed shaking.

The shaking of the bed surface caused the bed to loosen. Under the same density conditions, fine particles have greater pressure. Fine particles can enter the lower layer of the bed through the gaps between coarse particles. High density fine particles have greater pressure. Therefore, high-density fine particles drill deeper than low-density fine particles.

During the sorting process, the above two sorting functions coexist, with separation and layering playing a dominant role, and the rising water flow can better separate low-density objects in the mixed heavy products.

4、 Tantalum niobium ore shaker | copper cobalt ore shaker | rare earth ore shaker separation process

The washing water provided by the shaking table to the sink covers the horizontally inclined bed surface, forming a uniform inclined thin layer of water flow. When the material (slurry with a concentration of 25%~30%) flows from the feed tank to the bed surface, the ore particles are washed by water flow in the bed strip or groove, and the bed surface vibrates and becomes loose and layered. The upper layer of light mineral particles is greatly impacted, and most of them move horizontally and downwards along the bed surface to form tailings, known as the tailings side. The heavy mineral particles at the bottom of the bed move longitudinally along the differential motion of the bed surface, and are discharged from the opposite side of the transmission end to form concentrate, which is called the concentrate end. Mineral particles with different densities have different horizontal and vertical effects on the bed surface, and their subsequent movement directions also vary. The bed surface is fan-shaped and can connect various products of different qualities. The mineral processing shaker is classified according to the particle size range of the processed ore.

5、 Tantalum niobium ore shaking table | Copper cobalt ore shaking table | Rare earth ore shaking table price

The price of mineral processing shakers is relatively cheap, with high production efficiency, which can save users' time and reduce their investment costs. How much is the ore dressing shaker? Due to the different specifications and models of ore dressing shakers provided by manufacturers, the pricing of ore dressing shakers in the market also varies. Jinqiang Technology can provide you with suitable stock selection plans and scientific valuations according to your needs.

The shaking table produced by Jinqiang has stable operation, low failure rate, good quality, and affordable price. If appropriate, users can visit the factory. Conduct surveys, make phone appointments, and the company can provide free technical consultation for users.