Maintenance Advantages of Rubber Wet Parts in Slurry PumpsIn many industrial processes, slurry pumpsare required to transport mixtures of liquid and solid particles under challenging operating conditi···

Structural Design Features of the L (Light-Duty) Slurry Pumpfor Fine and Low-Density Slurry ApplicationsThe L light slurry pumpis a horizontal centrifugal slurry pumpdeveloped for applications where f···

Mechanical and Structural Design Logic of the HH High-Head Slurry PumpThe HH high-head heavy slurry pumpis a specialized horizontal centrifugal slurry pumpengineered for applications where extreme dis···

Lifecycle Performance Differences Between Light- and Medium-Duty Slurry PumpsAlthough both light slurry pumpsand medium slurry pumpsare designed to handle solid–liquid mixtures, they serve fundamenta···

Material Selection and Wear Resistance of Metal Wet Parts in High-Duty Slurry PumpsIn a slurry pump, the metal wet parts—such as the impeller, volute liner, throat bush, cover plate liner, and suctio···

Performance-Oriented Structural Design of M-Series Medium-Duty Slurry PumpsThe M medium-duty slurry pumpis a horizontal centrifugal slurry pumppositioned structurally and functionally between light-du···

Design Significance of Slurry Pump Diameter in Abrasive Slurry SystemsIn slurry pumpdesign and selection, diameter is often treated as a simple sizing parameter associated with flow rate. In reality, ···

The Importance of the Cover Plate in Slurry Pump Performance, Wear Control, and Structural StabilityIn a slurry pump, the cover plateis often perceived as a passive casing component. In reality, the c···

Technical Selection Guide: Metal Wet Parts vs Rubber Wet Parts in Slurry PumpsIn slurry pump applications, wet parts are the components directly exposed to the slurry, including impellers, liners, thr···

Grease Lubrication vs Oil Lubrication in Slurry Pump Bearing AssembliesIn industries such as mining, dredging, power generation, and metallurgy, slurry pumps are widely used to transport abrasive and ···