Wear Resistant Suction Pump Parts For High Performance Slurry Pump 6 / 4 E - SH/100E

Heavy-Duty Wear Resistant Pump Parts for High-Performance Slurry Pump 6 / 4 E -
 
Introduction:
 
Solutions for the most abrasive slurry applications:
With high-performance wear resistance, the SME SH pump family withstands the most severe slurry applications.
The SH Pump family is recommended for applications with coarse or fine particles from solids-laden waste to aggressive slurries of an abrasive nature.
SH rugged design features, combined with casing, impeller, and liner in our proprietary A05 material, are recognized worldwide for superior abrasion resistance. In addition, several impeller options to fine-tune pump performance, and customized pumping needs are available. These options allow optimum wear life and sustained efficiency.
 
Components:
Impeller
The impeller, either elastomer, stainless steel or high-chrome material, is the main rotating component that normally has vanes to impart the centrifugal force to the liquid.
Casing
Split outer casing halves of cast contain the wear liners and provide high operation pressure capabilities. The casing shape is generally of semi-volute or concentric, efficiencies of which are less than that of the volute type.
Shaft and Bearing Assembly
A large diameter shaft with a short overhang minimizes deflection and vibration. The heavy-duty roller bearing is housed in a removable bearing cartridge.
Shaft sleeve
A hardened, heavy-duty corrosion-resistant sleeve with O-ring seals at both ends protects the shaft. A split fit allows the sleeve removed or installed quickly.
Shaft Seal
Expeller drive seal, Packing seal, Mechanical seal.
Drive Type
V-belt drive, gear reducer drive, fluid coupling drive, and frequency conversion drive devices.

 
Typical Applications:
 
Sand and Gravel
Hydraulic Mining
Sugar Beet & Other Root Vegetables
Slag Granulation
Tunneling
 
 
Material: High Chrome Alloy A05
 
Material Chemical Requirements, Weight%

 
Construction of SH Slurry Pumps:
 

 
Performance Curve: