Beneficiation Equipment

High-Efficiency Agitation Tank

CAPACITY

0.58-45m³

FEED SIZE

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Application areas：Widely used for pre-flotation stirring operations in beneficiation plants. It is also applicable to slurry mixing and reaction processes in multiple industrial fields such as chemical engineering, building materials, metallurgy, cyanide plants, and wastew

Applicable materials：Mainly used for thorough mixing of slurry and reagent solutions; also suitable for various liquid-solid mixtures such as chemical raw material slurry, cement slurry, cyanide leaching solution, and industrial wastewater.

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Introduction
Advantages
Working principle
Parameters

PRODUCT INTRODUCTION

The High-Efficiency Agitation Tank is designed for optimal mixing performance in a wide range of industrial applications. It ensures thorough blending of slurries and liquid-solid mixtures, enhancing reaction efficiency and process consistency. Commonly used in mineral processing for pre-flotation agitation, it is also well-suited for chemical, metallurgical, building materials, cyanide processing, and wastewater treatment industries. With robust construction and efficient mixing capability, this tank delivers reliable operation and improved productivity in demanding environments.

ADVANTAGES

Powerful Mixing Performance

With a large impeller diameter and high rotational speed, the tank offers strong mixing capability for both slurry and reagents.

Enhanced Circulation Efficiency

The enhanced mixing power also improves the circulation of slurry and reagents within the tank.

Optimized Suction and Flow Design

A flow guide installed inside the tank reduces excessive negative pressure within the limited space, thereby accelerating suction capacity and further strengthening reagent-slurry circulation, while also enhancing both suction and circulation performance.

Jet-Assisted Circulation Boost

A jet device is installed at the bottom of the flow guide, which further boosts the circulation of reagents and slurry, contributing to improved flotation performance.

WORKING PRINCIPLE

The slurry is discharged axially from the bottom of the impeller under the rotation of the blades, creating negative pressure in the impeller chamber, which draws slurry from above to replenish the chamber. Meanwhile, guided by the flow-stabilizing baffle, the slurry forms a vertical circulation within the tank: moving downward in the center and upward around the edges. When the upward flow speed of the slurry exceeds the settling velocity of the mineral particles, the particles remain suspended, ensuring a uniform concentration throughout the tank.

Parameters

Model	Effective Volume （m³）	Rotating Speed of Impeller (r/min)	Diameter of Impeller (mm)	Motor Model	Motor power (kw)	Weight (kg)
GBJ-1000X1000	0.58	530	240	Y112M-6	2.2	548
GBJ-1250X1250	1.15	350	240	Y100L2-4	3	820
GBJ-1500X1500	2.2	320	420	Y132M2-6	5.5	1350
GBJ-2000X2000	5.46	240	560	Y160M-6	7.5	3173
GBJ-2500X2500	11.2	232	560	Y180L-6	15	3939
GBJ-3000X3000	19.1	220	700	Y225S-8	18.5	6676
GBJ-3500X3500	31	248	700	Y225M-8	22	7581
GBJ-4000X4000	45	153	1000	Y250M-8	37	9560