MSH-8F is equivalent to 10/8F-AHR, a 8” discharge rubber lined slurry pump, which is widely used for corrosive slurry applications. MSH-8Fis horizontal centrifugal type heavy duty rubber lined slurry pump. It is used to handle tailings in various mining sectors. Plus, it can also be used to feed cyclones for sand washing plants, quarries, etc. RSH is high corrosion-resistant pump series for the hydraulic conveyance of liquids-solids of any type. It’s wet-end spare parts are made of natural rubber R55, a black soft natural rubber, which has superior erosion resistance to all other materials in fine particle slurry applications. The high erosion resistance of R55 is provided by the combination of its high resilience, high tensile strength and low Shore Hardness.
Applications:
Mine Dewatering; Sand Pumping; Manure Slurry; Oil Sands; Tailings and Aggregate; Coal Production etc.
Material Construction:
| Part Description | Standard | Alternative |
| Impeller | R55 | Polyurethane |
| Cover Plate Liner | R55 | Polyurethane |
| Frame Plate Liner | R55 | Polyurethane |
| Throatbush | R55 | Polyurethane |
| Split Outter Casings | Grey Iron | Ductile Iron |
| Shaft | Carbon Steel | SS304, SS316 |
| Shaft Sleeve | SS304 | SS316, Ceramic, Tungstan Carbide |
| Shaft Seal | Expeller Seal | Gland Packing, Mechanical Seal |
| Bearings | ZWZ, HRB | SKF, Timken, NSK etc. |
Construction & Structure:
Specifications:
Flowrate: 540-1188m3/hr; Head: 12-50m; Speed: 400-750rpm; Bearing Assembly: FAM005M
(Optional Bearing Assembly: SH005M with Max. Motor Power of 560Kw)
Impeller: 5-Vane Closed Type with Vane Diameter: 686mm; Max. Passage Size: 76mm; Max. Efficiency: 75%
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Yes, we are a manufacturer of slurry pump in China since 2008.
Yes, OEM/ODM are available.
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Slurry pumps typically have a volute casing which is rubber lined, as well as a rubber lined impeller in order to minimise wear to internal metal parts. As slurries can be highly abrasive, and travel at high velocity the rubber is used as a sacrificial liner.
As the rubber wears, the tolerances within the unit become larger meaning the pump becomes less efficient. Designs have front and rear adjustment to reduce internal clearances to improve unit efficiency as they wear.