AF Vertical Froth Pump Manufacturers & Suppliers

Vortex Separation Of Air And Slurry Design

Conical Tank And Tangent Entrance

High Wear-resistant Wed-end Parts

ADVANTAGES OF OUR AF Vertical Froth Pump

Improve Pumping Efficiency And Avoid Air Lock

Through the unique eddy current design, the rotation of the impeller and the eddy current formed by the tangent entrance separate the air from the slurry, effectively avoiding air locking, ensuring the smooth operation of the pump, and improving the pumping efficiency.

No Need For Diving Bearing Or Shaft Seals, Reduce Maintenance Costs

The overhang design eliminates the need for submersible bearings and shaft seals, avoids the common seal wear problems of traditional pumps, and reduces the maintenance workload and cost.

Conical Tank Design To Optimize Pumping Performance

The combined design of the conical tank and the tangential inlet forms an open vortex, which reduces the wear and particle degradation of the slurry, thus improving the operating efficiency and long-term stability of the pump.

Wear-resistant Wet End Parts To Extend The Service Life

The wet end parts are made of highly wear-resistant materials, which can effectively cope with highly abrasive slurry, extend the service life of the pump, and reduce the replacement frequency and downtime.

Grease-lubricated Friction-reducing Bearing Reduce Friction Loss

The grease-lubricated friction-reducing bearing design reduces friction loss, prolongs the service life of the bearing, ensures the stable operation of the pump and reduces the occurrence of failure.

Integrated Unit Design, Flexible Layout

The pump adopts an integrated unit design, with a compact structure and flexible layout, which adapts to the needs of different working environments and factory space, and is convenient for installation and maintenance.

Wide Range Of Applications, Especially Suitable For Foam Slurry

AF series pumps are especially suitable for the treatment of foam slurry, sewage and gas-containing slurry. It is widely used in mining, papermaking, chemical and other industries. It can effectively treat complex slurry with high gas content and low shear force requirements.

Stable Operating Performance

Due to its unique design, the AF foam pump can work continuously ans stably, avoiding the instability of pumping caused by air locking, vibration and other problems, and providing higher production efficiency.

STRUCTURAL EXPLODED VIEW

Pump Casing

The pump casing is made of high-strength materials, which have good corrosion resistance and wear resistance, and is especially suitable for handling foam slurry and highly abrasive media. Support all other components of the pump and guide the flow of liquid. It is the basic structure of the pump to ensure the overall stability and durability of the pump.

Impeller

The impeller of the AF foam pump is designed as a special vortex type, which can effectively separate the air from the slurry and reduce the degradation of particles. It is especially suitable for handling slurries with high bubble content. The impeller is the core component of the pump, which is responsible for transmitting power to the slurry and generating liquid flow.

Bearing Housing

The heavy-duty design is adopted to ensure that the pump bearing system is still reliable and stable under long-term high load operation. The bearing housing is used to support and protect the bearing of the pump, ensure the smooth rotation of the shaft, and avoid damage to the shaft due to wear and pollution.

Shaft

The shaft is made of high-strength alloy materials, which have high corrosion resistance and wear resistance. The design takes into account the minimum shaft overhang to reduce shaft offset and vibration. The pump shaft is a key part connecting the motor and the impeller, and is responsible for transmitting power.

Pump Column

Function: The pump column connects the pump casing and the installation plate to support and fix the main parts of the pump.
Features: Corrosion-resistant and wear-resistant materials are used to ensure that the pump remains stable during high-load operation.

Spiral Backliner

The spiral backliner is made of highly wear-resistant materials, which can resist the impact of abrasive slurry and extend the service life of the pump.