AF series froth pump for floatation process
The AF series froth pump is a product developed by Ruite. Based on the experience research and the actual needs of customers we developed this AF series. It is warmly welcomed by China’s market and has brought good customer benefits. During operation, the foam and foam in the slurry can be effectively eliminated, and it can operate normally even when the feed slurry is insufficient, so it is an ideal choice for conveying foamed slurry, especially in the flotation process.
Overall performance and advantages of AF series foam pump
1. AF series bearing assemblies are the same as SP and SPR series bearing assemblies. The bearing sleeve is installed with a motor frame base or support plate, With the help of this design , the pump and the motor could be directly connected through a coupling or through a pulley and belts. The pulley can be easily replaced to adjust the speed of the pump to meet different operation conditions.
2. There are many options for the material of the feed tank, and there can also be a rubber coating with an overflow box and a tangential inlet. The former can transport the excess feed slurry back to its pit, while the latter can make the slurry quickly enter the pump body and make some of the foam disappear
3. The pump head is of a double casing constitutes. According to the property of the slurry, metal liner, rubber liner or other non-metallic materials are available for the wet parts.
4. The product structure is reasonable, the operation is reliable, and the service life of the system is long.
5.The AF series is developed with the help of the CFD CAD and CAE technologies, which help to better the hydraulic models and the efficiency rate of the pumping system
Application Fields and technical data
AF series foam pumps are widely used in metallurgical industry, mining industry, coal ore and chemical engineering fields, suitable for processing abrasive and corrosive slurries with foams.
AF Series Type Info (for initial selection only)
|Type||Capacity(L / s)||Head(m)||Speed(r / min)||Eff.Max(%)||Caliber Dia.|
TH Cantilevered, Horizontal, Centrifugal Slurry Pump Material:
|Material Code||Material Description||Application Components|
|A05||23%-30% Cr White Iron||Impeller, liners, expeller, expeller ring, stuffing box|
|A07||14%-18% Cr White Iron||Impeller, liners|
|A49||27%-29% Cr Low Carbon White Iron||Impeller, liners|
|A33||33% Cr Erosions & Corrosion Resistance White Iron||Impeller, liners|
|R55||Natural Rubber||Impeller, liners|
|R33||Natural Rubber||Impeller, liners|
|R26||Natural Rubber||Impeller, liners|
|R08||Natural Rubber||Impeller, liners|
|G01||Grey Iron||Frame plate, cover plate, expeller, expeller ring, bearing house, base|
|D21||Ductile Iron||Frame plate, cover plate, bearing house, base|
|C21||Stainless Steel, 4Cr13||Shaft sleeve, lantern ring, lantern restrictor, neck ring, gland bolt|
|C22||Stainless Steel, 304SS||Shaft sleeve, lantern ring, lantern restrictor, neck ring, gland bolt|
|C23||Stainless Steel, 316SS||Shaft sleeve, lantern ring, lantern restrictor, neck ring, gland bolt|
|S21||Butyl Rubber||Joint rings, joint seals|
|S01||EPDM Rubber||Joint rings, joint seals|
|S10||Nitrile||Joint rings, joint seals|
|S31||Hypalon||Impeller, liners, expeller ring, expeller, joint rings, joint seals|
|S44/K S42||Neoprene||Impeller, liners, Joint rings, joint seals|
|S50||Viton||Joint rings, joint seals|