Carbon steel anti-corrosion mixer/device

Carbon steel anti-corrosion mixer/device

1purpose:

Suitable for flocculation and stirring in the coagulation process of water supply and drainage treatment.

IIfeature:

1. Simple construction, reliable operation, no blockage, and easy maintenance.
2. It can meet the requirements of flocculation laws, so that each section has different stirring intensities during the flocculation process, and can adapt to changes in water volume and temperature. Small head loss, simple pool structure, and convenient combination of external energy.
3. After setting the stepless speed regulation, the stirring intensity can be adjusted according to changes in water volume, raw water turbidity, and dosage to achieve satisfactory flocculation effect and save the amount of chemicals used.

IIIMain technical parameters and installation dimensions:

4Application fields:

　 Blenders typically operate at low speeds and do not generate significant shear forces when stirring low viscosity liquids, making them unsuitable for liquid-liquid and gas-liquid dispersion.

On the other hand, this type of impeller moves at a high flow rate inside the tank, with horizontal swirling flow dominating and lacking good mixing uniformity. However, the flow velocity near the tank wall can achieve a higher heat transfer film coefficient than other impellers, making it commonly used for heat transfer and crystallization operations.

In addition, due to the large diameter of the blade and its proximity to the bottom of the tank, it is also commonly used to stir high concentration slurries and precipitating slurries. It is also commonly used for stirring high viscosity fluids.

Carbon steel anti-corrosion mixer/device

5、 Performance characteristics:

1. The agitator blades adopt a frame type mixing form, which has high power efficiency. According to the requirements of the pool type and mixing process, single-layer, double-layer or multi-layer blades can be used to simultaneously generate radial and circumferential flow of the mixing medium, achieve the required mixing intensity within the required mixing time, meet the requirements of fast, uniform and sufficient mixing speed, and have low hydraulic loss. They can also widely adapt to changes in the specific gravity, concentration, acidity and alkalinity, temperature and viscosity of the mixing medium to meet the requirements of various mixing conditions.

2. The main shaft of the driving device is connected to the mixing shaft through a coupling, and the mixing shafts are all connected by flange connection. The mixing shaft is supported by double row angular contact thrust ball bearings and sliding bearings, which have sufficient strength and stiffness, and high stability. Sliding bearings are lubricated by grease in the oil chamber, ensuring long-term reliable operation of the equipment.

3. Less transmission links, high mechanical efficiency, compact structure, and smooth operation;

4Small footprint, large processing capacity, and low energy consumption. Low installation, operation, and maintenance costs.