UHMWPE Submerged slurry pump

Compact, corrosion- and wear-resistant submersible slurry pump with wet-end components molded from high-performance Ultra-High Molecular Weight Polyethylene (UHMWPE). Designed for continuous submerged service, this pump combines UHMWPE’s exceptional abrasion resistance, high impact strength, creep resistance and chemical compatibility to handle acidic or alkaline clear liquids and abrasive slurries across a wide temperature band (-20 to 90 °C).

Key features

• UHMWPE integral-molded flow parts for extended wear life and low friction
• Corrosion resistance suitable for acidic and alkaline media
• Excellent abrasion and impact resistance for abrasive slurries and sediments
• Temperature range: -20 °C to 90 °C
• Compact submerged construction for tanks, sumps, pits and settling basins

Variants and applications

• YU-2 series: Standard UHMWPE submerged slurry pump for transfer of corrosive or abrasive liquids and slurries
• YU-2-J series: Same UHMWPE construction with a lower-mounted stirring paddle/agitator to suspend and entrain settled solids while pumping — ideal for cleaning and de-sludging tanks, sewage pits, settling tanks and other containers with sediment

Typical benefits for B2B use

• Lower lifecycle cost vs. metal wet-ends in highly abrasive or corrosive conditions
• Reduced downtime and maintenance due to improved wear resistance
• Suitable for a wide range of industrial sectors: wastewater treatment, mining, chemical processing, power plants, and any facility requiring slurry transfer or tank cleaning

Installation and operation notes

• Designed for submerged mounting; ensure proper electrical and sealing arrangements for underwater motors
• Select the agitator-equipped YU-2-J when suspended solids or settled sludge must be mobilized during pumping
• Evaluate slurry solids concentration, particle size and abrasiveness for correct pump sizing and expected wear life

Available model example: YU25-10-14-1.5. For pump selection, quote required flow, head, slurry characteristics and duty cycle.