Steel Wear Resistant Slurry Pump Parts High Chrome
Foam transfer pumps
has been designed to increase the pumpability of frothy slurry. The
pump operation is similar to hydrocyclone seperation.
The basic principle of the froth pump operation is to de-aerate or
partially de-aerate the froth before it enters the pumping. Its
handling capacity of the pump is muchhigher than that of other
types of slurry pump without shaft seal and sealing water.
Features
· Bearing assembly Bearing housing is installed with motor frame
base or supporting plate,Pulleys can be exchanged conveniently to
adjust the pump rotating speed to satisfy the varying operating
condition.
· Feeding tank-Feeding tank can be steel, stainless steel or rubber
coated with overflow box and tangential inlet.
· Double casings structure the pump head .Wetted parts are metal
lined, rubber lined or of other non-metallic material according to
the different slurries.
Applications:
Mine: Black, non-ferrous ore slurry material pump and all kinds of
concentrate and tailings conveying
Metallurgy: Transport various slurry for aluminium or steel manufacture
Coal: Coal mining, wing and various coarse and fine coal slurry
transportation
Power plant: Remove power plant ,w ,various dregs or slurry transportation
Construction materials: Various mud sand slurry(such as Cement slurry) transportation
Chemical: Phosphatic fertilizer or potassic fertilizer factory various
abrasive slurry trasportation
Water conservancy: Lake,river dredge, sediment,grit, High plastic clay Suction line
to transportation
Pump parts
Completely interchangeable with slurry pumps and gravel pumps
For unlisted slurry pump parts, OEM service offered---Drawings
needed.
- Impeller
- Metal Liner
- Rubber Liner
- Bearing Assembly
- Base
- Pump Volute;
- Cover Plate & Frame Plate
- Others
2. Materials
High chrome alloy: A05, A07, A33, A49, etc.
Natural rubber: R08, R26, R33, R55, etc.
Other material as per requests, like stainless steel, duplex
stainless steel, Nickle alloy, Alloy 20, etc.
Slurry Pump Part Material
| Part Name | Material | Specification | HRC | Application | OEM Code |
| Liners & Impeller | Metal | AB27: 23%-30% chrome white iron | ≥56 | Used for higher wear condition with pH between 5 and 12 | A05 |
| AB15: 14%-18% chrome white iron | ≥59 | Used for higher wear condition | A07 |
| AB29: 27%-29% chrome white iron | 43 | Used for lower pH condition especially for FGD. It also can be used
for low-sour condition and desulfuration installation with pH no
less than 4 | A49 |
| AB33: 33%-37% chrome white iron | | It can transport oxygenated slurry with pH not be less than 1 such
as phospor-plaster, nitric acid, vitriol, phosphate etc. | A33 |
| Rubber | | | | R08 |
| | | | R26 |
| | | | R33 |
| | | | R55 |
| Expeller & expeller ring | Metal | B27: 23%-30% chrome white iron | ≥56 | Used for higher wear condition with pH between 5 and 12 | A05 |
| Grey iron | | | G01 |
| Stuffing Box | Metal | AB27: 23%-30% chrome white iron | ≥56 | Used for higher wear condition with pH between 5 and 12 | A05 |
| Grey iron | | | G01 |
| Frame/Cover plate, bearing house & base | Metal | Grey iron | | | G01 |
| Ductile iron | | | D21 |
| Shaft | Metal | Carbon steel | | | E05 |
| Shaft sleeve, lantern ring/resctrictor, neck ring, gland bolt | Stainless steel | 4Cr13 | | | C21 |
| 304 SS | | | C22 |
| 316 SS | | | C23 |
| Joint rings & seals | Rubber | Butyl | | | S21 |
| EPDM rubber | | | S01 |
| Nitrile | | | S10 |
| Hypalon | | | S31 |
| Neoprene | | | S44/S42 |
| Viton | | | S50 |
