Product Description
The QDT type submersible thruster by Nanjing Lanling Environmental Technology Co., Ltd. is engineered for excellence across a multitude of water treatment applications. It finds its pivotal use in critical processes such as the oxidation ditch thrusting. This versatile and robust thruster is adept at mixing various biochemical tanks, ensuring optimal conditions in challenging environments. Additionally, it provides essential services in river antifreeze operations and contributes to the seamless circulation of landscape water. Comprising a reliable submersible motor, a precision-engineered reduction device, durable blades, and a comprehensive installation system, this low-speed thruster is a testament to cutting-edge design and functionality. Noteworthy features include its low matching power range of 1.5-7.5KW and a modest speed of 34-85r/min. The thruster boasts an impressive blade diameter of 1100-3000mm, yielding a significant volume flow field and covering an extensive service range.
The innovative swept-back banana-shaped blades, constructed from premium polyurethane or reinforced fiberglass, possess an inherent self-cleaning capability. These blades offer outstanding advantages including light weight, extraordinary strength, and remarkable corrosion resistance. Renowned for its superior hydraulic performance, this thruster ensures exceptional damping effects in low-speed liquid environments, promoting a gentle and harmonious water flow. This distinguished series not only excels at pushing and generating water flow but also offers robust stirring capabilities, enriching its functionality and ensuring comprehensive application support. Crafted with precision and built to last, this series of products embodies the perfect blend of innovative design, unmatched performance, and reliable operation in diverse water treatment scenarios. Harness the power of our submersible mixer for unparalleled results in water treatment, where pushing, creating, and stirring water flows reach new heights of efficiency and reliability.
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