Circulating Vertical Stirrer For Anaerobic & Digestion Tanks Anti Corrosion & Anti Winding Impeller

In chemical production, stirring equipment is often used in reaction kettles. Through continuous stirring, reactants are fully contacted, the distribution of reaction temperature and concentration is controlled, local overheating or insufficient reaction is avoided, and the efficiency of chemical reactions and product quality are improved.

Our mixers utilize high-tech mixing technology independently developed by our research center. Their hyperbolic structure, developed through professional hydraulic calculations and testing, is suitable for a variety of applications, such as mixing liquids with liquids, liquids with solids, and liquids with gases. They are particularly well-suited for mixing in sewage treatment projects.

The unique hyperbolic shape and smooth surface create minimal resistance when propulsing water, resulting in extremely high efficiency. The impeller agitates the water, creating a uniform, omnidirectional flow at the bottom of the tank, creating a vertical vortex. Simultaneously, the liquid swirls within the container in response to the impeller's rotation, achieving ideal mixing and agitation.

This mixer utilizes state-of-the-art fiberglass injection molding technology, resulting in a smooth surface, precise linearity, and fluidity, along with exceptional strength and corrosion resistance. Furthermore, the motor and reducer are positioned above the mixer, eliminating vulnerable parts underwater. This ensures a long service life, low energy consumption, and high efficiency, making it an ideal equipment for mixing a variety of liquids.

• Using high-quality domestic or international reducers, the mixer boasts a service life exceeding 100,000 hours. With no vulnerable parts underwater, maintenance is simple and the mixer has a long service life.
• The impeller propels the water into a vertical vortex. Simultaneously, the liquid in the container swirls in response to the impeller's rotation, achieving ideal mixing and stirring effects.
• Using state-of-the-art fiberglass injection molding technology, the mixer achieves a smooth surface, perfect linear shape and flow pattern, high strength, and corrosion resistance. Mixing 1 cubic meter of wastewater typically requires only 2 watts, saving over 50% energy.
• The impeller's bladeless structure prevents foreign matter from becoming trapped in the mixer and prevents fiber entanglement, resulting in maintenance-free operation.
• The impeller's agitation creates a uniform, omnidirectional propulsion flow at the bottom of the tank, with a high bottom velocity and no dead spots or sedimentation.
• With its powerful mixing capacity, a single mixer can mix up to 3,000 cubic meters of wastewater in typical applications. One mixer can replace three or four conventional mixers, saving both investment and operating costs.