Split Case Heavy Duty Anti Wearing Centrifugal Slurry Pump In Minerals For Low Ph Fluid

Split Case Heavy-Duty Anti Wearing Centrifugal Slurry Pump in Minerals for Low PH Fluid

Working Method

The pump is driven by electric motor. the motor rotates, the pump shaft rotates through a V-belt drive. The rotational kinetic energy converts into the hydrodynamic energy of the fluid flow, centrifugal Slurry Pumps motivate fluid flow along pipelines. The fluid enters axially into the pump impeller, which by its rotation acts tangentially and radially on the fluid. The fluid is speed up by gaining energy from the impeller, flowing radially outward into the casing. Being pressurized, it then exits the volute.

Specification Data

Discharge Size:20mm~350mm

NPSH:0m~3m
Inlet Size:32mm~400mm

Allowed Max Particle Size:20 mm
Capacity:4 ~ 3000 m³/h

Seal Type:step-down dynamic seal
Head:10 ~ 130 m

Pump Weight:up to 3000kg
Maximal Efficiency:70%

RPM:1450 r/min

Details

	Volute casing Designed to achieve higher operating pessures Designed for easy assembly interchangeability with High-Chrome, Elastomer and various other material options
	Impeller   • Various impeller designs to suit any application • Impeller adjustment via bearing assembly • Expulsion vanes on impeller shroud, minimises stuffing box • Various materials to suit any application • Corrosion resistance and wear resistance
	Bearing assembly   • Overhang on shaft design – assists with shaft deflection as well as vibration • Dimensional interchangeability to suit heavy-duty bearing assemblies • Safe and easy to maintain

Features

1) Widely application: pumps are an excellent addition to a wide range of industrial operations. They are perfect to transfer fluid with abrasion solid. This pump are made of high hardness alloy, which ensures longer service life than other normal mentals.

2) Various drive types: V belt drive, gear reducer drive, fluid coupling drive all can be designed according to your requirements.

3) Energy saving: Geometrical shape of its wet partsare designed based on the flow condition of fluid, in this way, reduce the abrasion and save the energy.

Application

• Primary applications: Crude Oil, Centrifuge, Heavy oils, waste oil, and hot oil, Latex, Polymers, Sand, Gravel & Grit, Corn Mash, Gypsum, Hot Tar, Underflow Thickener Sludge
• Abrasive slurries: Titanium Dioxide,, Calcium Carbonate, Synthetic Fuels (40+% abrasives), clay, Crude Oil w/Sand, Gas and Water, Heavy Salt Brine, DE Pre-coat, Bottom & Fly Ash, Concrete and Grout, Municipal Primary Sludge, Digested Sludge, Ceramic slip, Lime (50+%)

Production Process

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