JJF flotation machine

Effective Volume: 0.37-8m³

Production Capacity: 0.2-8m³/min

Applications: Non-ferrous and ferrous metals, coal fluorite, talc, etc.

Product Introduction: The JJF series flotation cells have been widely used in large and medium-sized mines in my country. The JJF series flotation cells offer superior separation performance and performance compared to other A-type flotation cells. They feature a rational structure, stable operation, and reliable operation, reaching the advanced level of international flotation cells. They are widely used for the separation of non-ferrous metals, ferrous metals, and non-metallic minerals, and are suitable for roughing and scavenging operations in large and medium-sized flotation plants.

I. Product Introduction

The JJF series flotation cells have been widely used in large and medium-sized mines in my country. Their separation performance and performance surpass those of other A-type flotation cells. With a rational structure, smooth and reliable operation, the JJF flotation cells reach the advanced level of international flotation cells. They are widely used for the separation of non-ferrous metals, ferrous metals, and non-metallic minerals, and are suitable for roughing and scavenging operations in large and medium-sized flotation plants.

II. Structure

The JJF series flotation cells primarily consist of a cell, impeller, stator, dispersion hood, false bottom, draft tube, vertical cylinder, and adjustment ring.

III. Operating Principle

As the impeller rotates, it generates vortexes within the vertical cylinder and draft tube. This vortex creates negative pressure, drawing air in through the intake pipe. Air then mixes with the slurry drawn in through the draft tube in the impeller and stator area. This slurry-air mixture is generated in a tangential motion by the impeller, converted to radial motion by the stator, and evenly distributed throughout the flotation cell. Mineralized bubbles rise to the foam layer and are scraped out on one or both sides to form the foam product.

IV. Features

1. Self-priming air;

2. Excellent slurry circulation characteristics;

3. Relatively stable air intake volume;

4. Moderate stirring intensity, good solid particle suspension;

5. Stable liquid level, low power consumption.

V. Main Technical Parameters