The solid-liquid high shear mixing pump moves at high speed through the suction device of the main shaft in a narrow passage, and the vacuum generated sucks slightly lighter solid materials into the working chamber of the emulsification pump for mixing and homogeneous transportation with the liquid. It is generally connected to the outlet of the reaction kettle (tank), and when the liquid flows through the emulsification pump, it is mixed and homogenized at high speed with the inhaled solid material, enabling the solid material to quickly obtain processes such as mixing, reaction, depolymerization, dissolution, and homogenization.
1. The installation and use process is simple and convenient, which can save many containers, pipelines, valves, and mixing equipment.
2. The heavier powder can be first placed in a conical bucket and then sucked into the solid-liquid mixing pump through the strong vacuum suction generated by the liquid's own circulation for high-speed mixing, homogenization, and reaction dissolution.
3. For lighter powder,a hose can be inserted into the pocket, with this hose,powder can be sucked into a solid-liquid mixing pump through the strong vacuum generated by the liquid's own circulation for high-speed mixing, homogenization, and reaction dissolution.
4. This vacuum suction mixing and homogenization function can reduce the viscosity generated by high solid content materials in the powder saturation state, easily complete the depolymerization of the powder, and avoid the phenomenon of powder agglomeration when encountering liquid in traditional processes.
Solid-liquid high shear mixing pump adopts horizontal structure; One or more set of rotors and stators are installed in the narrow working chamber,rotors and stators are coupled.
The intermediate shaft is driven by a motor for high-speed operation, vacuum condition occurs between rotor and stator,The material is sucked into the rotor&stator cavity from the inlet, Rotor driven by the strong kinetic energy creates high linear speed,material will fly out after strong crushing, tearing, centrifugal extrusion, hydraulic friction,etc between the gap of the stator and rotor,under the action of a variety of different directions, strong turbulence is generated, and materials flow out from the outlet. it can make multiple cycle process according to requirements.
| Model | Power(kw) | Capacity(m³/h) | Liquid Inlet | Slurry Outlet | Powder Inlet |
| BZG-7.5 | 7.5 | 2 | 40mm | 32mm | 25mm |
| BZG-15 | 15 | 4 | 50mm | 40mm | 25mm |
| BZG-22 | 22 | 7 | 65mm | 50mm | 40mm |
| BZG-30 | 30 | 12 | 80mm | 65mm | 40mm |
| BZG-45 | 45 | 18 | 100mm | 80mm | 50mm |
| BZG-55 | 55 | 28 | 125mm | 100mm | 50mm |
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