Mineral Mining Solutions
KSB offers rock-solid transport solutions for phosphate, oil sands, dredge, sand and gravel, coal, alumina and diamond mining.
When you need slurry moved from one destination to another, nothing delivers like KSB's line of GIW® slurry pumps and hydraulic systems. GIW® slurry pump systems provide non-stop transport slurry tonnage more effectively than any other pump system running today. Connecting real world application, innovative design and precision manufacturing, every GIW® slurry pump system is built to last and to keep you running ahead of schedule.
LCC-M
A high-efficiency slurry pump with excellent wear properties over a broad operating range. The wetted pump end (casing, impeller and suction cover / liner) is made of white cast iron with a high chromium content. Design optimised for easy dismantling and reassembly for maintenance and inspection work. The maximum permissible working pressures are between 8 and 16 bar, depending on the pump size. Perfectly suited for transporting fluids containing hardly to slightly abrasive solids. Ideal for sludges, classes 1 to 2.
LSA
Robust, proven, high-efficiency pump for high heads with pump components made of abrasion-resistant white cast iron, designed for the hydraulic transport of solids of the most various particle sizes, in the most diverse of operating conditions. Robust, proven, reliable and service-friendly
MDX
Pump designed with the latest technology from GIW. Superior wear properties and extremely long service life handling aggressive slurries.
TBC
Horizontal high-pressure end-suction centrifugal pump offering maximum resistance to wear and ease of maintenance. The conventional single-wall design transfers stress loads from the wear parts to the casing covers in high-pressure applications. Pump components made of highly wear-resistant white cast iron.
WBC
Patented design with state-of-the-art hydraulic system and highly wear-resistant materials for high-pressure applications. The pump casing is designed to withstand maximum stresses, e.g. during pressure surges.