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XSQJ type hyperbolic surface mixer

Sample download XSQJ hyperbolic surface mixer. The XSQJ hyperbolic surface mixer is introduced by our company with advanced domestic and foreign production technology, using a unique impeller structure design to maximize the combination of fluid characteristics and mechanical motion. Mainly used in environmental protection, chemical industry, energy and other industries where liquids need to be stirred and mixed with solids, liquids and gases, especially suitable for coagulation tanks, regulating tanks, anaerobic tanks, and nitrification tanks in wastewater treatment processes. Its characteristics: * Three-dimensional spiral water flow, no dead angle in stirring -------- High efficiency * Large surface area impeller, equipped with small power -------- Energy saving * Easy operation

Category:

Mixing and dosing equipment

Keywords: pretreatment equipment, aeration equipment

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Product Description

Sample Download

XSQJ Hyperbolic Surface Mixer

　　The XSQJ hyperbolic surface mixer is introduced by our company, adopting advanced domestic and international production technologies and a unique impeller structure design to maximize the perfect combination of fluid characteristics and mechanical motion.
　　It is mainly used in environmental protection, chemical, and energy industries where solid-liquid-gas mixing of liquids is required, especially suitable for coagulation tanks, regulating tanks, anaerobic tanks, and nitrification tanks in wastewater treatment processes.
Its characteristics
 Three-dimensional spiral water flow, no mixing dead angle -------- High efficiency
 Large surface area impeller, equipped with low power -------- Energy saving
 Easy operation, reliable operation -------- Convenient
Working principle
　　The XSQJ hyperbolic surface mixer impeller has eight guide vanes evenly distributed on the splashed double arc surface. With the help of the potential energy obtained by supplementing the water intake with the liquid's own weight pressure and the centrifugal force generated when the impeller rotates to form kinetic energy, the liquid moves tangentially along the impeller's circumference under the condition of gravitational acceleration. Under the reaction of the pool wall, a careful upward circulating water flow is formed, so axial and radial cross-water flows can be obtained. It is precisely because of the structural characteristics of the hyperbolic surface impeller and the characteristic of being installed near the bottom of the pool that it can achieve ideal mixing effects during operation and effectively eliminate dead corners.

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