■Horizontal structure with a big loading capacity,easy for maintenance and is able to pump bigger foam flow rate.

■Unique design of open impeller with guide vane is appliable for the foam conveying of the most severe application.

■Heavy duty shaft with better performance in strength.

■Low pump speed and linear speed design to reduce the abrasion of pump.

■Optimized bearing configurations with full lubricating enables the long time operation.

■Various anti-abrasion materials for different applications.

■Axial split bracket and double layer casing structure.

■Outer casing is vertical split structure;pump outlet is able to be set on 8 different direction at 45° interval.

■Horizontal installation of big loading capacity.

■The jacket and guard plate as the lining,pump casing and pump cover is the frame.

■Shaft sealings: dynamic seal,packing seal and mechanical seal.

■Transmission: Direct coupled,V-belt drive,variable frequency drive,hydraulic coupling.

Structure drawing is as below

1.pump shaft 2.bearing box 3.bracket component 4.remove ring 5.flushing pipe assembly  6.rear pump body 7.outlet seal ring 8.outlet nipple 9.front pump body 10.inlet nipple 11.inlet seal ring 12.front fender 13.sheath 14.impeller 15.rear fender 16.groove seal ring 17.L shape seal ring 18.seal chamber 19,seal component 20.pump base

■Material of flow passage components based on pumped medium: Cr26 wear-resistant material, or Cr30, CD4MCu wear-resistant and anti-corrosion material, and other general wear-resistant material.

■Material of pump casing, pump cover, bracket etc. supporting parts: gray cast iron.

■Severe applications of floating foams.

■Flotation producing process of ores.

■Slurries of heavy foam and high viscosity.

■Other similar applications.

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