Pump and Dredge Hub in Libya proudly presents the DAE Pumps MAX-Series Self-Priming Pumps, powerful centrifugal units engineered for the most demanding applications. These pumps boast remarkable flow rates of up to 5500 GPM and pressures as high as 260 PSI. Available in diverse sizes with intakes ranging from 4 to 12 inches and discharges from 3 to 10 inches, the MAX-Series efficiently handles solids up to 2.5 inches, ensuring clog-free performance and automatic priming from dry conditions up to 26 feet.
The MAX-Series pumps are designed with an integrated control panel or an optional wireless remote control for seamless automatic or manual operation. Mounted on standard skids or portable trailers, these pumps offer flexibility and convenience for on-site use. You can choose between an electric motor or a John Deere diesel motor, giving you the power to select the best operation option for your needs.
Perfect for construction, mining, industrial, marine, wastewater, and sewage applications, the DAE Pumps MAX-Series stands out for its high discharge pressure, dry-running capability, and portability. These pumps are built to last and constructed from durable cast iron or optional stainless steel with a cast steel impeller. The MAX-Series models include MAX430, MAX440, MAX640, MAX660, MAX860, MAX1010, MAX1080, and MAX1210. Secure your MAX-Series Self-Priming Pump from Pump and Dredge Hub today!
A cost-effective centrifugal pump with a 4-inch intake and 3-inch discharge, delivering up to 500 GPM at 260 PSI. The MAX430 achieves automatic priming up to 26 feet from dry and handles solids up to 0.8 inches.
This economical pump features a 4-inch intake and discharge, offering a flow rate of up to 900 GPM at 165 PSI. It primes automatically to 26 feet and processes solids up to 1.4 inches.
Designed for industrial use, this pump has a 6-inch intake and 4-inch discharge and provides 1320 GPM at 190 PSI. It features non-clogging capabilities, automatic priming up to 26 feet, and can handle solids up to 1.4 inches.
An industrial pump with a 6-inch intake and discharge can move 1650 GPM at 216 PSI. It primes automatically up to 26 feet and manages solids up to 1.4 inches.
With an 8-inch intake and 6-inch discharge, this industrial pump delivers up to 2536 GPM at 135 PSI. It primes automatically to 26 feet and handles solids up to 1.4 inches.
A heavy-duty pump with a 10-inch intake and discharge offers a flow rate of up to 5500 GPM at 200 PSI. It features non-clogging capabilities, primes automatically up to 26 feet, and handles solids up to 2 inches.
This heavy-duty pump has a 10-inch intake and an 8-inch discharge, providing a flow rate of up to 3660 GPM at 164 PSI. It primes automatically up to 26 feet and manages solids up to 2.5 inches.
Featuring a 12-inch intake and a 10-inch discharge, this pump delivers up to 5375 GPM at 170 PSI. It achieves automatic priming up to 26 feet and can handle solids up to 2.5 inches.
By incorporating these features and models, the DAE MAX-Series Pumps provide efficient and reliable solutions for a wide range of heavy-duty applications, ensuring optimal performance and durability in challenging environments.
Pump and Dredge Hub’s durable self-priming pumps excel in slurry transfer, dredging, dewatering, and more. They provide reliable suction and long-lasting performance, making them ideal for demanding operations. Engineered with precision, these pumps ensure minimal downtime and maximum efficiency, even in the most challenging conditions. Whether dealing with abrasive slurries, high-viscosity fluids, or solids-laden water, Pump and Dredge Hub’s pumps offer the reliability and robustness needed to keep your operations running smoothly. Choose our pumps for unparalleled performance and peace of mind in all your pumping applications.
Discover our extensive selection of dewatering pumps, perfect for various applications in Libya, including irrigation, fountains, and liquid transfer tasks. Renowned for their exceptional performance, our pumps are synonymous with reliability and cost-effectiveness, ensuring efficient operation in every scenario.