6F-AHF Froth Pump Throat Bush FAHF6083A05

FAHF6083A05 Slurry Pump Throat bush is used for 6F-AHF Horziontal Froth Slurry Pump, is one of the main wet parts for horziontal froth slurry pump.

Tobee® Horziontal Froth Slurry 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 inter mixability 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 TH 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.

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

AHF Horizontal Froth Pump Impellers:
CAHF2056QU1
DAHF3056QU1
EAHF4056QU1
FAHF6056QU1
FAHF8056QU1A
STAHF10056QU1

AHF Horizontal Froth Pump Cover Plates:
CAHF2013
DAHF3013
EAHF4013
FAHF6013
FAHF8013
STAHF10013

AHF Horizontal Froth Pump Throatbush:
CAHF2083
DAHF3083
EAHF4083
FAHF6083
FAHF8083
STAHF10083

Technologically improved AHF™ froth slurry pumps, which derive from the proven AH™ series of horizontal slurry pumps, are being recognised as a significant advancement in the efficient handling of air entrained froth slurries. This innovative new development enables flotation plants to achieve improved froth transfer efficiencies with reduced concentrate spillages, as well as greater froth handling operation windows. There are notable differences between
conventional AH slurry pumps, which are still currently installed on many froth transfer applications, and the next generation AHF forth pumps. For instance, the AHF features an open vane flow inducer froth pump impeller with a greatly enlarged cover plate pump inlet and matching throat bush liner. However, the volute, frame plate, gland assembly, bearing assembly and the pump base are interchangeable between both the AH slurry pump and the AHF froth slurry pump designs.