• Wilo Mixers

    Submersible mixers are wastewater treatment devices that can be fully submerged. They operate during a secondary wastewater treatment stage, treating the water before it enters another body of water or is reused. Through an activated sludge process, these mixers degrade any dissolved or suspended organic material. At Rapid Pump & Meter Service Co. and Machinery Services Co., we are your source for Wilo mixers that work effectively in the water treatment process.

    Wilo Submersible Mixers

    High-speed Wilo submersible mixers effectively prevent solid matter from settling in a drainage basin by agitating the material from the base and diffusing it. These mixers have compact direct-drive motors, making them easy to install and submerge, even in tight spaces. They also make retrofitting into existing construction an easy process.

    We offer the Wilo industrial mixer that operates at high efficiency and low power consumption due to its hydrofoil propeller, which sets an industry standard for performance with its clog prevention capability. It features a backswept design having blunt edges that allow highly fibrous materials to pass through.

    This device incorporates a spiral pump out grove that blocks the movement of solids toward the output seal location. These Wilo submersible mixers have a hydraulic design that operates at high efficiency for water treatment applications without the need for flow straightening equipment that would catch fibers and rags.

    Wilo high-speed mixers operate efficiently in tight spaces. As submersible mixers, they enable efficient biological treatment and the dissolution of organic suspended solids through naturally occurring microorganisms. The installation of these mixers is convenient, and their operation is also energy-efficient, resulting in energy consumption and cost savings.

    Get Wilo Submersible Mixers

    To learn more about the Wilo high-speed mixers we offer, give us a call today at 973.345.5600 or send us a message through our contact form.