SG1.6 250m³ 80m Slurry Pump

When it comes to efficient, reliable handling of abrasive and high-density slurry in mining, construction, or industrial wastewater treatment, the SG1.6 250m³ 80m Slurry Pump stands out as a high-performance solution tailored to meet heavy-duty operational demands. Designed with precision engineering, this slurry pump balances exceptional flow capacity, impressive head pressure, and robust durability-addressing the core challenges of slurry transfer where ordinary pumps often fail.​

At the heart of the SG1.6 250m³ 80m Slurry Pump lies its outstanding technical specifications that define its operational prowess. Boasting a maximum flow rate of 250 cubic meters per hour, it efficiently moves large volumes of slurry (including mixtures with solid particles like sand, gravel, or ore residues) without clogging, while its 80-meter head pressure ensures consistent performance even in long-distance or high-elevation transfer scenarios. The pump's 1.6-specific design optimizes energy efficiency, reducing power consumption without compromising on output-making it a cost-effective choice for continuous, 24/7 operations.​

What further distinguishes the SG1.6 250m³ 80m Slurry Pump is its rugged construction and user-centric features. Its wet parts (such as the impeller and casing) are crafted from high-chromium alloy, a material renowned for resistance to abrasion and corrosion-extending the pump's service life and minimizing maintenance downtime. Additionally, the pump adopts a flexible installation design, supporting both horizontal and vertical setups to adapt to diverse on-site layouts. Whether it's extracting mineral slurry in a mining site, dredging sediment in a construction project, or transferring industrial sludge in a wastewater plant, this pump delivers stable performance, even in harsh working environments.​

a slurry pump that combines power, efficiency, and longevity, the SG1.6 250m³ 80m Slurry Pump is more than just equipment-it's a reliable partner that enhances operational productivity while lowering long-term costs.