Submersible hyperbolic mixer

G/QSJ seriesSubmersible hyperbolic mixerIt consists of a driving device, a hyperbolic impeller body, and installation accessories. In order to meet the needs of users under different working conditions, the installation is divided into two types: dry (also known as vertical shaft) and submersible. Dry installation, fixing the driving device on the working bridge and transmitting kinetic energy to the impeller components in the medium through the transmission shaft. It is used in liquids with high solid content, high water temperature, and abrasive properties. Due to the automatic correction function of the impeller, it runs smoothly and the noise of the reducer is less than 60 decibels. Submersible installation, eliminating the need for cable trays, using submersible power, utilizing equipment self weight positioning, flexible and convenient installation, suitable for deep water, stable water quality, non abrasive water bodies, water temperature not exceeding 40 ℃, pH value between 6-9, characterized by no noise and no visual barriers.

Submersible hyperbolic mixerJob characteristics:

The G/QSJ series curved mixer, as an efficient mixing equipment, is suitable for mixing and stirring various low viscosity liquids, solid-liquid, and gas-liquid mixtures; Not only suitable for circular and square pools, but also commonly used in rectangular pools for unit arrangement.

Among various existing sewage treatment processes in our country, the impeller mixer can mainly overcome the problems of blind spots and poor water gas mixing effect in traditional blade (slurry) mixing, and play its advantage of uniform mixing. The main characteristics are manifested in the following aspects:

(1) It can be used in various situations where liquids, solids, and gases are mixed, and can replace existing stirring equipment to achieve three-dimensional and spiral mixing, making stirring more uniform and improving stirring efficiency.

(2) Large specific surface area impeller, small motor power configuration, large circulating water flow, low energy consumption, 30% -50% higher than traditional mixing methods.

(3) The whole machine has a compact structure, reliable operation, and easy installation and maintenance.

(4) The impeller is made of reinforced fibers or steel materials, which can adapt to different working conditions and have a long service life.