What Are the Advantages of AHR Glue Lining Slurry Pumps in Terms of Wear Resistance

The inner lining material is excellent: The pump body of the AHR type rubber lining slurry pump has a replaceable rubber lining, and the impeller, guard plate, front and rear sheath are all made of wear-resistant and corrosion-resistant natural rubber. This rubber lining has good wear resistance and elasticity, and can buffer the impact of solid particles on the pump body to a certain extent and reduce wear. For the delivery of small particle size, sharp angles, and high concentration slurry, its wear resistance can meet the working conditions and can also convey corrosive slurry.

Reasonable structural design: The AHR slurry pump is a cantilever, horizontal double-shell axial suction centrifugal slurry pump. The design of this double-shell structure makes the overflow components inside the pump body easier to replace. When the inner lining and other components are worn, there is no need to replace the entire pump body. Just replace the worn parts, reducing the maintenance cost and repair time. At the same time, the pump outlet position can be installed and used at 45 intervals as needed at eight different angles, which is convenient for adjustment according to the on-site pipeline layout and reduce stress concentration and wear caused by pipeline installation.

Customizable material selection: The manufacturer can adjust the material according to the actual working conditions of the customer, further improve the wear resistance and corrosion resistance of the pump, greatly extending the service life of the pump. By adjusting the formula and thickness of the rubber lining, as well as the material and manufacturing process of impellers, guards and other components, it can better adapt to wear and corrosion requirements under different working conditions, so that the pump can maintain good wear resistance in various harsh environments.

Good sealing performance: The AHR slurry pump adopts a variety of sealing types such as packing seal, sub-impeller seal, packing plus sub-impeller seal, mechanical seal, etc., which can effectively prevent slurry leakage and avoid corrosion and wear in the surrounding environment of the pump body caused by leakage. At the same time, it also ensures the normal operation efficiency of the pump and reduces the number of faults and repairs caused by poor sealing.