Processing second-hand 50 liter 3D mixer

Main purpose:
The 3D motion mixer is widely used for mixing dry powder materials in industries such as pharmaceuticals, chemicals, and food. It can also quickly and uniformly mix several materials with different densities and particle sizes.
special Point:
The 3D motion mixer utilizes the three degree motion, translational rotation, and rock principles of * to generate a strong alternating pulsating motion, continuously pushing the mixed materials. The generated vortices have varying energy gradients, thus producing excellent mixing effects. The machine also has the advantages of smooth operation, low noise, high loading coefficient, and short mixing time.

The working principle of a three-dimensional motion mixer is very different from that of a regular mixer. It performs translation, rotation, and rock motion in the three-dimensional space of a cube, causing the material to be in a complex motion state such as "rotation, flow, translation, inversion, and falling" inside the mixing cylinder, generating an alternating pulse that continuously pushes the material. The turbulence generated by the motion has a changing energy gradient, so that each particle in the mixed material has different motion states. Each particle constantly changes its position in frequent motion diffusion, achieving satisfactory mixing effect.

The V-type mixer is a highly efficient ultrafine grinding equipment that has been applied in industries such as paint, ink, pigment, paper coating, ceramic glaze, magnetic materials, plastic fillers, functional materials, and refractory gold mines. However, there is relatively little research on how to improve the energy utilization efficiency of the V-type mixer itself and the optimal fine grinding process for different specific uses of industrial minerals. Since the successful development of the vertical spiral mixing machine by Changsha Institute of Mining and Metallurgy in the 1980s, after more than 10 years of improvement and perfection, it has been applied in industries such as gold ore regrinding, iron oxide red fine grinding, graphite stripping purification, electrolytic manganese wet grinding, and kaolin fine grinding. After several years of experimental research and comprehensive absorption of the advantages of tower mills, sand mills, intermittent mixers, and ring gap mills, a new type of ultrafine mixer has been successfully developed. This equipment has gradually been applied in industries such as heavy calcium, kaolin, silicon carbide, garnet, electrolytic manganese dioxide, ferrite, and aluminum powder slurry.

The filling coefficient of the three-dimensional motion mixer is as high as 72%. The structure and operating characteristics of the three-dimensional motion mixer enable the materials in the container to rotate, invert, and translate in a periodic manner. It has the characteristic of continuously moving materials in an alternating pulsating manner, and the convection and diffusion of materials are very sufficient. Even if the filling coefficient is high, it can achieve a high mixing degree in a short time. Without the limitation of critical speed, its speed can be very high, thus its efficiency is high. When mixing with a 3D motion mixer, it is required that all materials involved in the mixing be evenly distributed. The mixing of liquids mainly relies on mechanical agitators, airflow, and jets of the liquid to be mixed, which stir the material to achieve uniform mixing. A 3D motion mixer can be used for mixing gases and low viscosity liquids.

Processing second-hand 50 liter 3D mixer

Processing second-hand 50 liter 3D mixer