8F-AHF Froth Slurry Pump 8 Vanes Impeller FAM8053QU1A05

FAM8053QU1A05 Impeller has eight blades, the eight-blade impeller design increases pump efficiency compared to a standard four-blade froth pump impeller, and the induced-blade impeller is used for positive froth feed.

FAM8053QU1A05 is a Impeller for 8F-AHF Horizontal Froth Pump which heavy duty slurry pump designed to handle difficult tenacious froth. Designed to handle heavy froth, the AHF Horizontal Froth pump has a unique inlet and impeller design that is very successful where others fail.

Tobee designs and manufactures all series of AHF froth slurry pumps and parts. (2C-AHF, 3D-AHF, 4E-AHF, 6F-AHF, 8ST-AHF, 8F-AHF, 8G-AHF, 10G-AHF)

AHF Horizontal Froth Pump Impellers:
CAHF2056QU1A05
DAHF3056QU1A05
EAHF4056QU1A05
FAHF6056QU1A05
GAHF8056QU1A05
GAHF10056QU1A05

AHF Horizontal Froth Pump Throatbush:
CAHF2083A05
DAHF3083A05
EAHF4083A05
FAHF6083A05
GAHF8083A05
GAHF10083A05

Tobee's AHF Horizontal Froth Slurry Pumps are heavy duty horizontal pumps designed to handle difficult tenacious froth.

AHF Froth Pump Design Features:

• Heavy duty construction with through-bolt design provides ease of maintenance and less down time.
• Ductile iron fully lined casing provides durability, strength and long service life.
• Large diameter, slow turning, high efficiency impellers maximize wear life and lower TOC.
• Large, open internal passages reduce internal velocities maximizing wear life resulting in lower operating costs.
• Unique impeller design for most difficult froth applications.
• Thick elastomer or metal bolt-in liners provide superior corrosion resistance plus offer ease of liner change-out and intermixability to reduce over all maintenance costs and maximize wear life.
• Minimal shaft/impeller overhang reduces shaft deflection and increases packing life.
• Cartridge-style bearing assembly allows for maintenance in a clean environment without removal of the pump, resulting in reliable operation and prolonged bearing life.
• Standard AH can be converted by replacing cover plate, throat bush and impeller.
• Full flush, low flow or dry running centrifugal seals minimize water usage and operating costs.