Application

This iron ore processing installation features a heavy-duty horizontal slurry pump operating under highly abrasive conditions. The pump and motor are connected through a direct-drive configuration, ensuring stable and efficient power transmission during continuous operation. The large-diameter slurry pipelines indicate the handling of dense, abrasive iron ore slurry. This demanding working environment places extremely high requirements on the pump’s wear resistance, operational reliability, and ability to minimize downtime.

This quarry application utilizes a rubber-lined slurry pump designed to handle abrasive sand, crushed stone, and aggregate slurry. The pump features a dual-casing structure with a robust outer metal shell and an internal rubber liner, providing enhanced protection and ease of maintenance. The suction and discharge pipelines are firmly installed, allowing the pump to operate continuously under medium to high abrasion conditions. The rubber lining effectively absorbs impact from sharp particles, significantly extending service life in demanding quarry environments.

This mining site uses a heavy-duty tailings slurry pump to transport high-density, abrasive tailings produced during mineral processing. Tailings contain fine solids mixed with water, often with sharp and hard particles, requiring a pump capable of maintaining stable performance under constant abrasion and fluctuating flow conditions. The dual-casing design and reinforced structure make this pump ideal for tailings applications, providing strong wear resistance, consistent hydraulic efficiency, and reliable long-distance discharge capacity—ensuring safe and continuous tailings transport throughout the plant.

This sand washing application employs a high-efficiency gravel pump engineered for transporting large-particle sand, gravel, and high-density slurry. The system operates in a demanding environment where the slurry contains coarse solids and fluctuating flow rates. The pump’s enlarged flow passage, high-chrome wear components, and heavy-duty bearing assembly provide excellent resistance to abrasion and impact. This ensures stable performance in sand washing plants and long-distance gravel transport, reducing maintenance frequency and improving overall plant efficiency.

This FGD installation uses a corrosion-resistant desulphurization pump designed for continuous operation in limestone–gypsum wet flue gas desulphurization systems. The slurry typically contains limestone powder, gypsum particles, and low-pH liquids, requiring excellent corrosion and abrasion resistance. The pump’s duplex stainless steel or high-alloy wetted components ensure long service life, while its stable hydraulic performance supports reliable circulation of absorbent slurry throughout the FGD tower. This guarantees efficient SO₂ removal and consistent operation of the power plant’s environmental control system.

In thickener underflow applications, the slurry is typically characterized by high density, high viscosity, and poor fluidity, placing extreme demands on a pump’s wear resistance, bearing capacity, and ability to deliver stable flow.

The CNSME thickener underflow pump installed at this site is engineered to handle these challenging conditions, making it ideal for long-distance transfer or high-lift transportation of highly concentrated slurry.

The pump features a heavy-duty double-casing design that withstands severe abrasion from high-solids underflow. The optimized impeller geometry ensures efficient performance and minimizes clogging even when handling viscous, high-density materials.

With its robust installation setup and durable construction, this pump meets the operational requirements of thickener circuits that demand continuous operation, reduced maintenance, and exceptional wear resistance, ensuring stable performance for mineral processing plants.