SF Square Flotation Cell

0.13-38m³

Feeding size

0.2-30m³/min

Capacity

Applicable materials: copper, zinc, lead, nickel, gold and other non-ferrous metals, ferrous metals, non-metallic and other materials.

Economical and Energy-saving

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Product profile

Mecru SF square flotation cell is widely used in the roughing flotation, concentrating flotation and counter-flotation process of non-ferrous metals, ferrous metals and non-metallic minerals such as copper, lead, zinc and molybdenum. The SF flotation machine has a complete range of models, high sorting accuracy and strong processing capacity.

Product Advantages

Large air intake and low power consumption.

Each tank of the flotation machine has triple functions of suction, slurry suction and flotation. It forms a flotation circuit without any auxiliary equipment. It is horizontally configured to facilitate the change of process.

The slurry circulation is reasonable, which can minimize the precipitation of coarse sand.

An automatic control device for the slurry surface is provided, which is convenient for adjustment.

Technical Parameters

Model		SF-0.37	SF-0.7	SF-1.2	SF-2.8	SF-4	SF-8	SF-10	SF-20
Volume(m³)		0.37	0.7	1.2	2.8	4	8	10	20
Capacity(m³/min)		0.2-0.4	0.3-0.9	0.6-1.2	1-3	2-4	4-8	5-10	5-20
Impeller	Dia.(mm)	296	350	450	550	650	760	760	760
Impeller	Line Speed(r/min)	386	400	312	268	220	191	191	191
Scraper	Speed(r/min)	17	16	16	16	16	16	16	16
Scraper	Power(kw)	0.55	0.55	1.1	1.5	1.5	1.5	1.5	1.5
Mixing power(kw)		1.5	3	5.5	11	15	30	30	30
Unit Cell Size(mm)		700700700	820900920	110011001100	170016001150	185020501200	220029001400	220029001700	285038002000
Weight(kg/Single cell)		468	805	1373	2138	2583	4129	4486	9828

Note：Any change of technical data shall not be advised additionally.

Application Areas

Copper Ore Flotation
Gold Ore Flotation
Iron Ore Flotation
Coal Flotation

SF Square Flotation Cell

Work Principle

Add water and necessary chemical reagents to the slurry for stirring, and at the same time introduce air into the mixing tank to form a large number of air bubbles. Mineral particles that are less susceptible to reagents adhere to the bubbles to form a layer of mineralized bubbles. Mineral particles that are easily affected by the reagent remain in the slurry. Finally, the mineralized bubbles containing specific minerals are discharged, so as to achieve the purpose of beneficiation.

Customer Case

Australian iron ore beneficiation case

The Australian customer has been cooperating with Mecru Heavy Industry for a long time, and this time he wants to add a ...

Case of Pakistan Manganese Ore Magnetic Separation...

The customer's manganese ore is mainly produced by rhodochrosite and calcium rhodochrosite, followed by manganese c...

Case of Pakistan Manganese Ore Magnetic Separation Production Line

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Mobile crushing plant

Stationary crushing plant

Mineral processing plant

Hydrometallurgical plant

Calcined & grinding powder

Product profile

Product Advantages

Technical Parameters

Application Areas

SF Square Flotation Cell

Work Principle

Customer Case

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