📞 +1 877-742-2878
In the pulp and paper industry, slurry transfer is essential for pumping thick slurry, a mixture of solid fibers and liquid, between different stages of processing such as pulp washing and refining. This process requires specialized pumps, including progressive cavity pumps, peristaltic pumps, and screw pumps, which are designed to handle high-viscosity fluids and maintain consistent flow throughout the system, ensuring efficient and reliable transfer of slurry.
ALH High Pressure Hose Pump
Albin's ALH High-Pressure Hose Pump is built for durability and efficiency, featuring smart design solutions that maximize uptime and reduce maintenance. This robust peristaltic pump ensures reliable fluid transfer under high pressure, supporting smooth papermaking operations. With easy maintenance, gearbox protection, and a two-year warranty, the ALH Hose Pump is perfect for handling fluid delivery and maintaining consistent flow at the paper machine wet-end.
ALP Low Pressure Tube Pump
Albin's ALP Low-Pressure Tube Pump is engineered to manage a broad spectrum of fluids, including low to high viscosity, pasty, abrasive, and mixed-media liquids. Its versatility ensures accurate pumping and dosing of water, stock, and other fluids in the papermaking process. Renowned for its reliability, the ALP Tube Pump excels in demanding applications, delivering consistent fluid flow and helping maintain smooth operations in paper production.
Hidrostal V-Line Screw Centrifugal Pump
Hidrostal submersible pumps are reliable, clog-free, and low-maintenance, designed for handling effluent with solids, fibrous materials, and viscous liquids. These pumps ensure steady and efficient fluid transfer, maintaining consistent flow and smooth operations. Their robust motors, long-lasting seals, and customizable modular design guarantee high performance and durability. Easy to install and maintain, they offer space savings and are well-suited for handling abrasive and corrosive fluids in papermaking processes.
Hidrostal Q-Line Submersible Pump
Hidrostal Q-Line Submersible Pumps are ideal for slurry transfer in the pulp and paper industry due to their robust design and ability to handle challenging liquids with solids or slurries. These high-performance pumps are built for efficiency and reliability, making them well-suited for transferring thick, viscous slurries between various stages of processing, such as pulp washing and refining. With their durable construction and reliable operation, the Q-Line pumps ensure consistent flow, even in demanding environments, helping to maintain smooth and efficient operations in the pulp and paper industry.
Hidrostal K-Line Submersible Pump
Hidrostal K-Line Submersible Pumps are an excellent choice for slurry transfer in the pulp and paper industry, thanks to their heavy-duty design and ability to handle challenging liquids with solids or abrasives. Built for high performance and reliability, these pumps are ideal for transferring thick, viscous slurries between processing stages such as pulping, washing, and refining. The K-Line pumps' robust, corrosion-resistant construction ensures they can withstand the harsh conditions often found in the pulp and paper industry, delivering consistent, efficient performance in demanding slurry transfer applications.
Heavy Duty Circumferential Piston
Ingersoll Rand's Heavy Duty Circumferential Piston Process Pump is designed for high viscosity, pressure, and temperature applications, with features like dry-running capability, slow speed for long wear, and reversible flow. Its durability and reliability make it ideal for the wet-end of paper machines in the pulp and paper industry, ensuring consistent fluid delivery and smooth papermaking operations.
NEMO® Industrial Pump
With NEMO® progressing cavity pumps, you can reliably convey even abrasive and corrosive media in the pulp and paper industry. The pump ensures precise dosing, even with low fluidity. Thanks to its innovative design, maintenance and service can be performed without removing the pump, saving both time and costs.