Flow components (impeller, casing, liner) are made from advanced industrial ceramics with a Mohs hardness rating of up to 9—second only to diamond.

Wear resistance is over 3 times higher than that of high-chrome alloys, significantly reducing replacement frequency and operating costs.

Slower wear rates improve pump efficiency and reduce energy loss due to internal erosion.

Fewer maintenance shutdowns and lower parts replacement costs deliver long-term savings.

Ceramic materials withstand the effects of cavitation and corrosive particles, ensuring stable performance in aggressive media.

Self-circulating cooling mechanical seal (patented) – No leakage, no packing, no maintenance required.

Traditional auxiliary impeller + packing seal – Reliable and cost-effective.

Developed in collaboration with top Chinese universities, using the Solid-Liquid Two-Phase Flow Velocity Ratio Theory, optimizing hydraulic performance for energy-efficient slurry transport.

Modular, integrated pump housing minimizes maintenance time and simplifies disassembly, even in remote or rugged job sites.

Suitable for transporting feed slurries, concentrates, tailings, and abrasive sludges in gold, copper, iron, zinc, tin, molybdenum, lead, and silver ore processing.

Ideal for handling slurry, tailings, and feed in phosphate, limestone, or kaolin operations.

Effective in transporting abrasive and corrosive fluids in non-ferrous metal refining.

Handles highly abrasive mixtures in sand, gravel, and aggregate processing plants.