The True Ultra Heavy Duty Slurry Pump

Warner Ultra Heavy Duty Horizontal Slurry Pumps Designed for the continuous pumping of highly abrasive, high density slurries with minimal maintenance requirements, the Warner horizontal centrifugal pumps will maintain high efficiencies over the wear life of its components.

Warner rubber and metal lined pumps feature casings which are radially split into two halves. Minimum casing bolts reduce maintenance and minimise downtime.

Moulded impellers and loose liners are available in various elastomers. Loose metal liners and impellers are also available in abrasive resistant alloys and various corrosion resistant metals.

Both metal or rubber liners and impellers, or a combination of both, are interchangeable within the same pump to facilitate use in various applications. Outline dimensions are common to both metal and rubber pumps allowing interchangeability without pipeline or civils rework being necessary.

A removable cartridge type grease lubricated bearing assembly can be replaced with the pump base in-situ, facilitating easy maintenance. Extra heavy duty and oil lubricated bearing assemblies are available on request.

Pumps are available with an optional centrifugal shaft seal which eliminates theneed for gland sealing water. This reduces costs, eliminates product dilution and is suitable where suction conditions permit. For intermittent duties, the unique Warner Seal eliminates leakages whilst the pump is stationary.

Configurations of metal and rubber lined pumps of the same frame size use the same base, bearing assembly, stuffing box and shaft sleeve, reducing stockholding to a minimum.

Polyurethane, stainless steel, ceramic and various hard wearing alloys are available on request.

Typical Applications

• Chemical Process
• Heavy Minerals
• Paper and Pulp
• Mill Discharge
• Sugar Beet
• Slag Granulation
• Bottom Boiler and Fly Ash
• Cyclone Feed
• Power Utilities

Product Versatility

Unlike other units on the market, the Warner  range of pumps provides total versatility when it comes to materials of selection, interchangeability of components and variations to extend the life of components. Wear and overall reliability will be limited to the weakest part of the pump. The flexible design of these pump units combined with the appropriate selection of material of construction ensure the lowest operating costs.