Smooth Flow Passage: Uses semi-open or open impellers with short, thick blades and fewer quantities, resulting in wide flow channels. Can transport large particles up to 254 mm in diameter, suitable for coarse particle conditions that general slurry pumps cannot handle.
Strong Abrasion Resistance: Flow-through components (impeller, pump casing, liner, etc.) generally use high-chromium alloy, hard nickel, or wear-resistant alloy steel with hardness not less than 58 HRC, significantly extending service life.
Good Cavitation Performance: Optimized impeller and flow channel design reduces required NPSH, allowing stable operation under low water level or high suction lift conditions.
Flexible Structure and Convenient Installation
The discharge direction can be adjusted freely within 360°, adapting to different site layouts.
Uses a single pump casing with clip connection structure for easy maintenance, allowing quick replacement of wear parts.
High Efficiency and Wear Resistance, Low Operating Costs: High-hardness materials and optimized flow channels improve efficiency (up to over 70%), reducing energy consumption and maintenance downtime.
Various Sealing Options: Supports packing seal, expeller seal, mechanical seal, or combination seal, flexibly chosen according to pressure and medium corrosiveness.
Flexible Drive Options: Compatible with V-belt, flexible coupling, gear reducer, hydraulic coupling, variable frequency drive, and other drive methods, conveniently matching different power sources and operating conditions.
Wide Application Scenarios: Widely used in river dredging, sand mining, mine tailings, metallurgical slag removal, municipal engineering, and road slurry management.
