Yb85 High Pressure Ceramic Piston Plunger Slurry Pump

A heavy-duty hydraulic plunger pump engineered for high-pressure transfer of abrasive, high-solid slurries. The pump uses a stationary high-pressure seal with a reciprocating ceramic plunger (α-type alumina) to deliver positive-displacement performance with excellent wear and corrosion resistance.

Key features

• Ceramic plunger (α-type alumina) for superior wear resistance and chemical tolerance compared with metal plungers
• Hydraulic-driven reciprocating mechanism with double-acting, parallel displacement design for stable, high-pressure output
• Adjustable feed pressure and accurate volumetric delivery for reliable process control
• Low pulsation and low noise operation for smoother integration into process lines
• Designed for easier maintenance and long service life when handling abrasive and corrosive slurries

Typical applications

• Feeding filter presses and solid/liquid separation systems
• Ceramic and kaolin wastewater handling
• Stone processing and quarry wastewater pumping
• Mining thick slurries and mineral processing circuits
• Any process requiring high-pressure transfer of abrasive or corrosive slurries with controlled feed pressure

Performance & operating notes

• Positive-displacement design maintains flow regardless of discharge pressure within pump limits; suitable for high back-pressure duty such as filter presses
• Hydraulic drive provides controlled reciprocation of plungers; feed pressure is adjustable to match process requirements
• Suitable for slurries with suspended solids; verify solids size limits and compatibility with ceramic plungers for specific applications

Compatibility & maintenance

• Best paired with filtration and dewatering equipment (filter presses) where high pressure and abrasion resistance are required
• Routine inspection of seals, valves and plunger surfaces recommended to optimize service life

For specification matching, provide slurry characteristics (solid concentration, particle size distribution, viscosity), required flow rate and discharge pressure so the correct pump size and configuration can be recommended.