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Mechanical Flotation Machine
Created with Pixso. BF Self Aspirating Mechanical Flotation Machine 0.15-24 m3 for Ore Beneficiation

BF Self Aspirating Mechanical Flotation Machine 0.15-24 m3 for Ore Beneficiation

Brand Name: Y&X
Model Number: Flotation Machine
MOQ: 1 Set
Price: $1000-20000
Delivery Time: 15-30 working days
Payment Terms: L/C,T/T
Detail Information
Place of Origin:
China
Certification:
ISO 9001
Cell Volume:
0.15-24 M³
Air Suction:
1.0~1.30 M³/m²*min
Motor Power:
1.5-45 KW
Capacity:
0.06-24 M³/min
Weight:
282-8985 Kg
Impeller Type:
Closed Double Truncated-cone
Bank Layout:
Up To 8 Cells Per Bank
Pulp Level Control:
Automatic Electric Control
Application:
Mineral Processing
Packaging Details:
Standard export packing, or customized packing as your request
Highlight:

Self Aspirating Mechanical Flotation Equipment

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24 m3 Mechanical Flotation Machine

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Ore Beneficiation Flotation Machine

Product Description
BF Self-Aspirating Flotation Machine 0.15-24 m³ for Mineral Processing and Ore Beneficiation

The BF flotation machine is an improved version of the SF flotation machine. Covering 0.15 to 24 m³ cell volume, it is a self-aspirating, slurry-suction flotation machine in which the suction cell performs air suction, slurry suction and flotation at the same time, forming a self-contained circuit that needs no auxiliary equipment and allows easy horizontal layout and flowsheet changes.

BF Self Aspirating Mechanical Flotation Machine 0.15-24 m3 for Ore Beneficiation

Key Features
  • Impeller made of a closed double truncated-cone, producing a strong downward pulp circulation
  • Large air suction with low power consumption
  • Suction cell performs air suction, slurry suction and flotation in one, forming a self-contained circuit without auxiliary equipment
  • Horizontal layout makes the flowsheet easy to change
  • Reasonable pulp circulation minimizes the settling of coarse sand
  • Automatic pulp level control and electric control for convenient adjustment

BF Self Aspirating Mechanical Flotation Machine 0.15-24 m3 for Ore Beneficiation

Technical Parameters
Model Cell Volume (m³) Air Suction (m³/m²·min) Motor Power (kW) Capacity (m³/min) Weight (kg)
BF-0.15 0.15 m³ 1.0~1.10 2.2 0.06~0.16 282
BF-0.25 0.25 m³ 1.0~1.10 1.5 0.12~0.28 385
BF-0.37 0.37 m³ 1.0~1.10 1.5 0.2~0.4 480
BF-0.65 0.65 m³ 1.0~1.10 3.0 0.3~0.7 952
BF-1.2 1.2 m³ 1.10~1.30 4.0 / 5.5 0.6~1.2 1385
BF-2.0 2.0 m³ 1.10~1.20 7.5 1.0~2.0 1780
BF-2.8 2.8 m³ 1.10~1.20 11 1.4~3.0 2150
BF-4.0 4.0 m³ 1.10~1.30 15 2~4 2615
BF-6.0 6.0 m³ 1.0~1.10 18.5 3~6 3320
BF-8.0 8.0 m³ 1.0~1.10 22 / 30 4~8 4150
BF-10 10 m³ 1.0~1.10 22 / 30 5~10 4530
BF-16 16 m³ 1.0~1.10 37 / 45 8~16 8340
BF-20 20 m³ 1.0~1.10 37 / 45 10~20 8690
BF-24 24 m³ 1.0~1.10 45 12~24 8985

 

Structure & Working Principle

The machine consists of the cell body, main shaft, impeller, cover plate (stator), scraper and its drive, and the main-shaft drive. The motor drives the impeller on the lower part of the main shaft through V-belt reduction; the rotating impeller agitates the pulp to create a strong downward circulation that suspends the feed and lets particles collide with reagents and bubbles. As the impeller throws the circulating pulp outward, a vacuum forms at the centre of the impeller chamber and outside air is drawn in through the air pipe and central tube to mix with the pulp. The air-solid-liquid mixture interacts with the blades on the cover plate, converting tangential flow into radial flow, spreading the pulp across the cell section and cutting large bubbles into fine bubbles. The cover plate also stabilizes the pulp level, which improves bubble mineralization, reduces detachment of attached particles and raises concentrate grade and recovery.

Configuration

The BF flotation machine is self-aspirating and slurry-aspirating, arranged horizontally between operations with no froth pump. A bank can have up to 8 cells, usually 4 cells in one bank. The number of machines in a system (total capacity) is determined from beneficiation tests or similar plant practice; too few cells per operation should be avoided to prevent pulp short-circuiting.

 
Applications

Suitable for the roughing, scavenging and cleaning of non-ferrous, ferrous and non-metallic minerals, especially where a simple horizontal flowsheet without froth pumps is preferred.

FAQ

Q: How many cells should one bank have?
A: Up to 8 cells per bank, usually 4; the exact number is set from your ore test and flowsheet.

Q: Do you supply the flowsheet configuration?
A: Yes. Send your flotation flowsheet drawing and we will quote the cells, scraper drives and feed, middling and tailing boxes.